The freshly-revealed iCaur V25 splits the family down the middle. It’s larger than the V23, but a tad smaller than the family-sized V27. Here are some early details.
The iCaur brand launched in South Africa in May 2026, bringing new-energy modern powertrains packed into retro-styled boxy compact SUVs. The novelty and charm factor is sky high and we understand that demand has been high.
Fresh from patent filings comes the iCaur V25, a larger model positioned above the V23 yet slightly smaller than the flagship V27 SUV, which is confirmed for a South African market introduction before the end of 2026. The images you see here come from the Ministry of Industry and Information Technology (MIIT).
iCaur V25 Powertrain
While its styling resembles the standard V23 with the major difference being the longer length, the powertrain is quite different. It ditches the pure battery-electric setup in favour of a plug-in extended-range powertrain.
This comprises a 1.5-litre turbocharged petrol engine which makes 115 kW, but this doesn’t drive the wheels, but rather acts to top up the 33.679 kWh battery. The electric motors have an output of 105 kW, no torque figure was supplied. The pure electric range is 145-150 km depending on the derivative and this figure is based on the WLTC process. Fuel consumption is rated at 1.5 L/100 km.
The iCaur V25 is 4 636 mm long, 1 920 mm, 1 920 mm wide and has a wheelbase of 2 820 mm. In comparison to the V23 which is 4 220 mm long and has a wheelbase of 2 735 mm, its clear the V25 is a more substantial vehicle. The MIIT fillings claimed wheel sizes of 19-inch and 21-inch, depending on trim.
We reached out to iCaur South Africa to see if there’s appetite to increase the fledgling brand’s portfolio and they confirmed: “Feasibility is currently being done for SA at the moment with discussions about bringing this model to SA.”
iCAUR is an expressive, new-energy vehicle (NEV) brand globally backed by the Chery Group. Built on Chery’s extensive engineering expertise, the brand targets adventure seekers and urban drivers by offering uniquely styled, boxy, character-driven electric SUVs.
Which iCAUR models are available in South Africa?
iCAUR entered the South African market in 2026 with an initial lineup consisting of two compact electric SUVs:
iCAUR V23: A retro-inspired, value-focused electric SUV.
iCAUR 03T: A slightly larger, highly specified premium electric crossover offered in both RWD and AWD configurations.
What is the price of iCAUR vehicles in South Africa?
Local pricing starts at R519 900 for the entry-level iCAUR V23. The larger iCAUR 03T range starts from R639 900 for the rear-wheel-drive (RWD) version and goes up to R699 900 for the top-spec all-wheel-drive (AWD) model.
How long does it take to charge an iCAUR electric vehicle?
Equipped with modern battery tech, iCAUR vehicles are compatible with public DC fast charging. When plugged into a DC fast charger, the battery can replenish from 10% to 80% in approximately 30 minutes.
What standard warranties and backup do iCAUR vehicles receive locally?
To offer complete peace of mind, iCAUR packages its vehicles with a comprehensive 8-year / 200 000 km general vehicle warranty, a dedicated 8-year / 160 000 km battery warranty, an 8-year / 200 000 km roadside assistance plan, and a 5-year service plan.
Chery SA boss challenges other Chinese brands to invest
With its freshly purchased Rosslyn plant gearing up for production, the Chery Group’s CEO in South Africa has called on rival Chinese automakers to invest in the country…
Chery Group to start production at Rosslyn in H2 2027
CEO calls for long-term commitment from other OEMs
Plans to position Rosslyn as “export centre” for Africa
The head of the Chery Group in South Africa has challenged other Chinese automakers to invest in South Africa, calling for rival companies to make a similar “long-term commitment” to the local industry.
Tony Liu, CEO of the Chery Group in South Africa, made the comments during a recent Cars.co.za podcast interview. As a reminder, the Wuhu-based automaker recently acquired the Rosslyn facility from Nissan and plans to kick off production of its initial models in the 2nd half of 2027.
Cars.co.za’s Alan Quinn (left) in conversation with Chery’s Tony Liu.
“We welcome more Chinese OEMs (original equipment manufacturers) to look at South Africa as an attractive investment destination. We also wish for them to make a long-term commitment to the South African market and look at the broader picture, so we can develop this industry together to contribute to local economic growth,” Liu said.
Once the Rosslyn factory has been recommissioned, the Tiggo 4 Cross is set to be the first model to roll off the line. The company says it aims to produce 15 000 units in the plant’s initial ramp-up phase in the 3rd and 4th quarters of 2027. There are also plans to build other models at the plant, including the Jetour T2 and eventually the production version of the KP31 diesel plug-in hybrid bakkie.
The Tiggo 4 Cross is set to be the first Chery model to be produced at Rosslyn.
“This is a very big step for us, changing from an importer to a local manufacturer,” Liu said, adding that Chery – which returned to South Africa in 2021 – was planning to make its Rosslyn facility “an export centre for the African continent in the long run”.
“We need to engage with all the industry bodies and also the different levels of government to make sure this project has a soft landing in South Africa, to really contribute to economic growth, create jobs and transfer skills to local people,” the executive said.
The Chery Group also plans to build the Jetour T2 in Rosslyn.
So, which other major Chinese automakers might also invest in production facilities in Mzansi? Well, in October 2025, a high-ranking executive at rival Chinese company GWM confirmed to Cars.co.za that its local division was bidding to build a mysterious new model (codenamed “EC15”) in South Africa.
“We’re looking at the continent [of Africa]. There’s a new platform or product that we’ve coded ‘EC15’. We’re competing for the bid to produce that vehicle in South Africa, but we’re bidding against North Africa and the South of Europe,” Conrad Groenewald, Chief Operating Officer of GWM South Africa, told us at the time.
Frequently Asked Questions (FAQ)
Q: What are the Chery Group’s production timeline and vehicle manufacturing objectives for the Rosslyn plant?
A: Following its acquisition of the Rosslyn facility from Nissan, the Chery Group plans to start vehicle manufacturing in South Africa during the second half of 2027. The plant’s initial rollout will focus on the top-selling Tiggo 4 Cross (in petrol and hybrid formats), aiming for a 15 000-unit production ramp-up across the third and fourth quarters of 2027. Future production phases are slate to include the Jetour T2 and the KP31 diesel plug-in hybrid bakkie.
Q: How does the Chery Group plan to position its South African manufacturing operations in the long term?
A: Chery intends to transform the Rosslyn facility from a domestic assembly plant into a long-term strategic export centre servicing the African continent. To achieve a soft landing, the OEM says it is actively engaging with regional industry bodies and government structures to ensure the venture meaningfully fosters direct job creation, local skill transfers and broader macroeconomic growth.
Q: Are other Chinese automotive brands planning to manufacture vehicles locally in South Africa?
A: Yes, Great Wall Motor (GWM) South Africa has confirmed that it is actively exploring local assembly avenues. In October 2025, GWM said it was bidding to build a newly developed platform codenamed “EC15” for local distribution and eventual export to Europe.
The R1m bakkie decision: New Toyota Hilux vs updated Ford Ranger
The South African bakkie market is witnessing its most anticipated showdown in years. For the past few seasons, the Ford Ranger has enjoyed immense success, but Toyota has now officially responded with its next-generation Hilux.
In this comprehensive head-to-head comparison, we evaluate whether the latest changes to South Africa’s favourite bakkie – the Toyota Hilux – are enough to reclaim outright supremacy in the highly competitive double-cab segment against the current leader, Ford’s Ranger. It’s the Hilux 2.8 GD-6 Legend versus Ford’s new Ranger 2.3 EcoBoost Sport – let battle commence!
In a surprising twist for a modern double-cab comparison, the two contenders employ completely different powertrain philosophies. The updated Ford Ranger features a 2.3-litre EcoBoost turbocharged petrol engine, which delivers a potent 222 kW and 452 Nm of torque.
Toyota, by contrast, relies on its familiar and trusted 2.8-litre GD6 turbodiesel engine. However, the top-tier Legend derivative now introduces mild-hybrid assistance to the mix. The diesel engine develops 150 kW and a muscular 500 Nm of torque. While the electric assistance provides a minor supplemental push, the primary benefit remains targeted towards overall efficiency and refinement.
Practicality & load bin usability
When it comes to working capabilities, there are notable deviations between the two packages. Despite utilising a petrol engine, the Ranger boasts a claimed maximum braked towing capacity of 3.5 tonnes, whereas this specific Hilux Legend variant is rated to tow up to 2.8 tonnes. Both bakkies remain closely matched in terms of carrying potential, with payloads hovering around the 970 kg mark.
The design of the load beds also highlights differing approaches to everyday usability. The Ranger includes a counterbalanced tailgate that drops smoothly, alongside a standard tow bar and integrated tailgate features like cup holders and clamping points. The Hilux maintains a more traditional, heavy-assisted tailgate structure. Optional extras on both models allow for configurations such as load bin organisers, roller shutters, and specialised power outlets in the back.
Stepping inside the next-generation Hilux reveals a vastly modernised environment that feels completely current. The Legend model’s cabin incorporates several premium touches, including a newly designed steering wheel, a fully digital instrument cluster with drive-mode animations, soft-touch materials, and a high-resolution touchscreen featuring wireless smartphone integration.
The Ranger counters with its signature vertically oriented portrait touchscreen that dominates the dashboard architecture. This system provides extensive digital connectivity and interface options.
In terms of cabin utility, the Ranger offers dual gloveboxes and dashboard-mounted pop-out cup holders, creating a highly digitalised, car-like atmosphere. Rear passenger accommodation is competitive in both vehicles.
Ride quality & driving experience
The driving evaluation uncovers the core character traits of each bakkie. One of the most significant mechanical departures for the new Hilux is the switch from a traditional hydraulic steering setup to an electrically assisted steering system. This change dramatically lightens low-speed manoeuvring, even if traditionalists might miss the weightier feel of the older model. Refinement has also taken a step forward, with noticeably improved cabin insulation reducing diesel engine noise.
The Ranger continues to set a benchmark for ride comfort in the double-cab segment. Its suspension setup manages sharper road imperfections and tarmac undulations with impressive composure.
Which bakkie ultimately makes the most sense for your lifestyle, your budget, and your long-term ownership goals? Watch the full video review to see how these two heavyweights compare on the road and to find out which double-cab takes the crown.
Buying a high-mileage VW Golf 7.5? Here’s what you should look out for
In the final instalment of our series on how to buy a pre-owned vehicle, we put a 2020 VW Golf 7.5 1.4 TSI with just under 100 000 km on the odometer to the ultimate test. We take it to a specialised workshop for a comprehensive diagnostic assessment to reveal exactly what you should look out for before signing on the dotted line.
The Volkswagen Golf 7.5 remains a highly desirable option in the South African used vehicle market. Celebrated for its timeless design, premium cabin architecture and refined driving dynamics, it’s a hatchback that many aspiring buyers track down.
However, when a modern turbocharged car approaches the psychological milestone of 100 000 km, potential owners often feel a sense of trepidation. With factory warranties and service plans typically lapsed, what hidden issues could be lurking beneath that polished exterior?
Before diving into the mechanical complexities, a thorough visual inspection of the Golf is paramount. A pre-owned buyer should always start with the fundamentals, assessing the bodywork for signs of previous accident damage, poor panel alignment or inconsistent paint finishes.
Under the bonnet, initial checks are straightforward but telling. The engine oil condition should be evaluated by pulling the dipstick; dark, black sludge indicates a vehicle that is long overdue for maintenance, whereas a golden-brown hue points to regular oil changes.
Coolant levels must also be checked at the reservoir expansion tank. Volkswagen utilises a specific pinkish-red coolant formulation, and a dropped fluid level is an immediate red flag pointing toward potential cooling system leaks. Finally, battery terminals should be inspected for secure connection, as loose terminals can trigger intermittent starting problems and electrical faults.
The common mechanical pain points on a VW Golf at 100 000 km
While the Golf 1.4 TSI enjoys a solid reputation for reliability, specific wear-and-tear items become critical operational factors as the mileage pushes toward the 6-figure mark.
For the EA211 1.4-litre turbocharged engine, the most critical scheduled maintenance item occurs between 90 000 km and 120 000 km, when the cambelt requires replacement. Neglecting this service can result in catastrophic engine failure. This procedure is a labor-intensive job that can take 4-6 hours to complete properly, although once done, the engine is secure for another long cycle.
Potential buyers should also be vigilant about the following areas:
Water pump and thermostat housing: The plastic cooling system housings on modern Volkswagens can become brittle over time, leading to slow coolant losses.
Intake valve carbon build-up: As a direct-injection powerplant, the TSI engine can suffer from carbon accumulation on the intake valves over extended mileages. If left unchecked, this can lead to rough idling, misfires or visible smoke from the exhaust.
Turbocharger wastegate: Though less frequent, the mechanical linkage for the turbocharger wastegate can occasionally stick, which requires specialised attention.
Suspension and brakes: Standard wearable components like brake discs, pads and suspension bushings generally require replacement or refurbishment by the time a vehicle hits this mileage threshold.
The importance of a full diagnostic scan
A vehicle can feel tight on the road and immaculate from the driver’s seat, yet still hide digital anomalies within its complex electronic architecture. Modern vehicle diagnostics allow technicians to hook up specialised scanning equipment to interface directly with the vehicle’s onboard computers.
This electronic health check interrogates the engine control unit, braking modules and transmission electronics to pull active or historic fault codes. A comprehensive scan can uncover hidden issues that standard test drives miss, such as internal component tolerances reaching their wear thresholds or minor voltage spikes in the locking and central gateway modules.
For any consumer looking to purchase or sell a high-mileage vehicle, booking a comprehensive quality check provides immense peace of mind. It ensures that the buyer is fully aware of the vehicle’s true mechanical state and protects the seller from future comeback claims.
Will Chery’s upcoming SA-built vehicles be cheaper?
The Chery Group plans to start producing new vehicles in South Africa in 2027. But will these SA-built models be cheaper than the imported versions they ultimately replace?
Chery to start production at Rosslyn in H2 2027
Tiggo 4 Cross likely to be first model off the line
Diesel PHEV bakkie being lined up for 2nd phase
In the 2nd half of 2027, the Chery Group plans to start producing new vehicles at its freshly purchased Rosslyn factory. But will these SA-built models be cheaper than the imported versions they will ultimately replace?
We asked Tony Liu, CEO of the Chery Group in South Africa, that very question during a recent Cars.co.za podcast interview. As a reminder, the Chinese automaker recently acquired the Rosslyn facility from Nissan, a factory in which the Japanese firm had built new vehicles for some 60 years.
Cars.co.za’s Alan Quinn (left) in conversation with Chery’s Tony Liu.
With the facility currently undergoing recommissioning, Chery says it plans to kick off production in the 2nd half of 2027. The Tiggo 4 Cross is expected to be the first model to roll off the line, produced in both petrol and hybrid guise. The company says it aims to produce 15 000 units in the plant’s initial ramp-up phase in the 3rd and 4th quarters of 2027.
“Our biggest seller in South Africa is the Tiggo 4 Cross, which has been number one in the SUV [segment] for quite a few consecutive months. We want the Tiggo 4 Cross, including the ICE [internal combustion engine] and hybrid versions, to be the first production rolled out from our Rosslyn plant,” Liu told us.
The Tiggo 4 Cross is the first Chery model expected to be produced at Rosslyn.
“We also have intentions to bring in the Jetour T2 to be locally produced – in ICE and plug-in hybrid. During the 2nd phase, we’re also planning to bring our KP31 diesel plug-in hybrid bakkie into production in the Rosslyn plant,” the executive added. Additionally, Chery Group sub-division Omoda & Jaecoo earlier announced that its Jaecoo J5 would “form part of the core production line-up”.
So, considering the scale and technology advantages held by Chery’s various factories in its domestic market of China, what are the chances that the upcoming SA-built models will be cheaper than the China-sourced versions that are currently on the market?
Chery plans to produce the Jetour T2 locally, too.
“That is a good question. From a manufacturing cost point of view, I think China does have the advantage globally. In the meantime, we are also looking at the different regions and policies [in play]. South Africa has a number of FTAs [free trade agreements] – we have SADC [Southern African Development Community] in the region that we can export to in the future,” Liu said, while also touching on SA’s trade relationship with Europe.
“So, these are all the things we can leverage in future. In terms of South African cost, yes there are some challenges, but we are looking at how optimise our supply chain, from a logistics point of view, from an internal costing point of view and also from a policy point of view,” he added.
Chery plans to eventually build the production version of the KP31 bakkie in Rosslyn as well.
“I think a very important factor is volume. So, if you ask me whether they’re going to be cheaper? Potentially, yes. Because once we have the volumes and deeply rooted suppliers … there is a possibility to make it very competitive in the South African market,” Liu said.
Frequently Asked Questions (FAQ)
Q: When will the Chery Group begin vehicle manufacturing in South Africa, and which models are planned?
A: The Chery Group plans to start production at its newly acquired Rosslyn facility in the second half of 2027. The first vehicle off the line is expected to be the top-selling Tiggo 4 Cross (in both petrol and hybrid forms), followed by the Jetour T2, the Jaecoo J5 and the KP31 diesel plug-in hybrid bakkie.
Q: Will Chery vehicles built in South Africa be cheaper than the imported Chinese models?
A: Local pricing could potentially be lower and highly competitive, but it depends heavily on production volumes. While manufacturing in China holds a global cost advantage, Chery aims to offset local supply chain and logistics challenges by scaling up production and establishing a deeply rooted network of local suppliers.
Q: What are Chery’s initial production volume targets and export strategies for the Rosslyn plant?
A: Chery is targeting an initial ramp-up phase of 15 000 units across the third and fourth quarters of 2027. Beyond satisfying the South African domestic market, the automaker intends to leverage regional trade policies and free trade agreements, such as the Southern African Development Community (SADC), to export these locally built vehicles into broader African and European markets.
BYD Dolphin Surf vs Geely E2 (2026): Cheapest EV Battle!
The budget EV market in South Africa has evolved rapidly. Where electric mobility was previously reserved for luxury price tags, Chinese OEMs have fundamentally changed the equation. Both the Geely E2 and the BYD Dolphin Surf feature similar efficiency claims and sub-R400 000 price tags. But which of these accessible city hatchbacks offers the superior real-world ownership proposition?
We like: Both offer unbeatable urban running costs compared to petrol or diesel hatchbacks; high levels of interior refinement and cabin tech in the Geely E2; free 7 kW home wallbox charger included with both vehicles.
We don’t like: No spare wheel offered on either model; modest highway overtaking performance in the BYD Dolphin Surf; single-piece folding rear bench on the BYD limits loading versatility.
Geely E2 on the left, BYD Dolphin Surf on the right.
For years, full-electric vehicles in South Africa were treated strictly as high-priced luxury novelties, with entry-level barrier costs traditionally kicking off north of R800 000. However, the arrival of budget-focused Chinese offerings has dramatically lowered the price of entry.
The Geely E2 and BYD Dolphin Surf sit right at the coalface of this new accessible wave. Aimed directly at urban commuters, small families, and buyers seeking a cost-effective secondary household runabout, both models deliver practical hatchback dimensions and pure-electric powertrains at price points that directly challenge mainstream petrol-powered rivals such as the Volkswagen Polo.
How the BYD Dolphin Surf & Geely E2 fare in terms of…
Design & Packaging
Although both hatchbacks occupy a similar overall footprint, their proportions and cabin execution differ notably.
The Geely E2 is distinctly wider than its rival, translating to a noticeable sense of shoulder room, elbow room, and general cabin airiness.
The Geely E2’s interior.
Up front, the Geely’s interior aims high with high-grade synthetic leather, crisp digital displays, a generous infotainment screen, and a responsive top-swipe menu layout. Clever touches include a dedicated wireless charging pad and ambient lighting details embedded into the door and dashboard trims. Practicality is further aided by a generous 325-litre boot and a versatile 60/40 split-folding rear bench.
By contrast, the BYD Dolphin Surf adopts a narrower profile, creating a noticeably snugger cabin feel. While the interior remains modern with automated convenience items and a distinct rotary gear selector, the material choices lean more heavily on hard plastics, and the central screen and instrument cluster are smaller.
The BYD Dolphin Surf’s cockpit.
The BYD’s boot space is more limited, too, hindered by a shallow depth profile and a single-piece folding rear seatback. Crucially, neither vehicle accommodates a full-size or space-saver spare wheel beneath the boot floor, relying instead on standard tyre repair kits.
Performance & Efficiency
Electric drivetrains shine in urban stop-start environments, but output figures separate this pair considerably once on the move.
The Geely E2 Apex employs a rear-mounted electric motor delivering 85 kW and 150 Nm of torque. This gives the hatchback crisp off-the-line response and adequate reserves for highway overtaking, covering the 0 to 100 kph sprint in a claimed 11.5 seconds.
The BYD Dolphin Surf Dynamic, driven by a front-mounted motor producing 55 kW and 135 Nm, feels adequately zippy around town but requires more planning when joining fast-flowing traffic or executing open-road passes, reflected in its 15.5-second 0 to 100 kph claim.
Where both contenders align closely is energy efficiency. Operating under urban commuting conditions, both models yield figures between 11.0 kWh/100 km and 12.5 kWh/100 km. With electricity priced at roughly R3.00 per kWh, running costs for either vehicle sit around R36 per 100 km, representing a substantial saving compared to internal-combustion engines.
In terms of charging, both manufacturers bundle a standard 7 kW home AC wallbox charger with the purchase price. Connected to standard home wiring, replenishing the battery from 10% to 80% takes under three hours.
The Geely also features a comprehensive Advanced Driver Assistance System (ADAS) suite, including radar-guided adaptive cruise control and forward collision avoidance, features omitted on the equivalent BYD derivative.
Ride, Handling & Comfort
Despite their position as entry-level urban hatchbacks, both vehicles benefit from the low centre of gravity inherent to electric platform layouts, with heavy battery packs positioned beneath the passenger floor.
The Geely E2 displays impressive levels of NVH (noise, vibration and harshness) control, offering a quiet, refined cabin environment and compliant suspension tuning that absorbs surface imperfections with ease. The low-slung mass keeps body roll well controlled through corners, while switchable drive modes (Eco, Comfort and Sport) allow drivers to sharpen throttle mapping when desired.
The BYD Dolphin Surf feels slightly lighter and nimble on its feet, making it an engaging city runabout through tight suburban turns. However, its suspension setup is marginally firmer over harsh tarmac, and wind- and tyre-noise suppression at double-digit speeds is less isolated than in the Geely.
Price & After-sales support
Both models sit under the R400 000 mark in top-spec trim (with entry-level derivatives starting near R339 000). To ease initial ownership, both OEMs include a 7 kW AC home wallbox unit.
Value-added launch incentives differ: BYD offers a R10 000 cashback on purchase, whereas Geely includes a R7 500 public charging voucher, providing roughly 9 000 km of complimentary driving when using fast-charging public infrastructure.
Verdict
The arrival of the Geely E2 and BYD Dolphin Surf marks a genuine turning point for electric vehicle accessibility in South Africa. Both prove that daily urban commuting can be vastly cheaper without sacrificing essential modern conveniences.
While the BYD brings agile handling and distinct styling to the segment, the Geely E2 counters with superior cabin space, higher interior quality, stronger motor outputs, and a full suite of driver assistance safety tech.
To find out which compact EV we prefer, watch our detailed video review.
Jaecoo J5 BEV (2026) Price & Specs
Pricing for the new Jaecoo J5 BEV has been released ahead of this fully electric crossover’s official market launch in SA towards the end of August 2026…
J5 BEV to launch in SA by end of August 2026
R70k premium over top-spec J5 1.5T Inferno
Claimed range of 402 km on the WLTP cycle
The new Jaecoo J5 BEV is scheduled to hit the market in South Africa by the end of August 2026. But Omoda & Jaecoo – the dual-brand division falling under the Chery Group – has already released local pricing for this fully electric crossover.
Set to launch as the Jaecoo marque’s first EV in Mzansi, the J5 BEV will be priced from R549 900 (some R70 000 more than the top-spec J5 1.5T Vortex). As things stand, that will see the newcomer tie with the likewise box-fresh GWM Ora 5 BEV Super Luxury for 6th place on the list of SA’s most affordable EVs.
Slotting in above the turbopetrol derivatives (with the J5 HEV expected soon as well), the new Jaecoo J5 BEV employs a single electric motor delivering 155 kW and 288 Nm to the front axle. A 58.9 kWh (net capacity) lithium iron phosphate battery pack offers a claimed range of 402 km on the WLTP cycle.
The Chinese company says the J5 BEV supports 11 kW AC charging, while DC fast-charging speeds range from 80 kW to 130 kW. In addition, vehicle-to-load capability allows the J5 BEV’s battery to supply power to compatible external appliances.
Featuring a model-specific grille design, the new J5 BEV rides on 18-inch alloy wheels and boasts a panoramic moonroof, automatic LED headlamps, roof rails, a powered tailgate, electrically adjustable (and ventilated) front seats, an 8.0-inch digital instrument cluster, a 13.2-inch touchscreen, a 540-degree panoramic camera, a 50-watt wireless smartphone charger and an 8-speaker audio system.
The interior is available in either black or white. Standard safety features include 6 airbags, ABS (with EBD), brake assist, electronic stability control, traction control, roll stability control, hill-start assist, hill-descent control, ISOfix child-seat anchors and a raft of advanced driver assistance system (ADAS) features.
Omoda & Jaecoo says customers who place a pre-order before the official launch will receive an “incentive package valued at more than R50 000”. According to the company, the package will include a R12 000 reduction on the vehicle’s purchase price, some R5 000 in public charging credit and an “EV Starter Kit” ostensibly valued at R30 000.
The latter includes a 7 kW home wallbox charger, a portable “Type-M” charger and a vehicle-to-load accessory that will “enable the vehicle’s battery to power compatible external devices and appliances”. Qualifying pre-order customers will also gain access to the “Jaecoo Cares” ownership programme.
As a reminder, Omoda & Jaecoo announced in early July 2026 that its Jaecoo J5 would “form part of the core production line-up” at the Chery Group’s newly acquired manufacturing plant in Rosslyn, Gauteng. Interestingly, the sub-brand added that the J5 would be produced locally in both internal combustion engine (ICE) form and new-energy vehicle (NEV) guise.
What does the Jaecoo J5 BEV cost in SA?
DERIVATIVE
PRICE
Jaecoo J5 1.5T Core
R339 900
Jaecoo J5 1.5T Vortex
R379 900
Jaecoo J5 1.5T Glacier
R439 900
Jaecoo J5 1.5T Inferno
R479 900
Jaecoo J5 BEV
R549 900
For the ICE derivatives, the prices above include a 5-year/150 000 km vehicle warranty, a 10-year/1-million km engine warranty (for the first owner) and a 5-year/75 000 km service plan. Aftersales details for the new BEV have yet to be confirmed.
Frequently Asked Questions (FAQ)
Q: When will the Jaecoo J5 BEV launch in South Africa, and what is its starting price?
A: The fully electric Jaecoo J5 BEV is officially scheduled to launch in South Africa by the end of August 2026. It will be priced from R549 900, which represents a R70 000 premium over the top-tier, petrol-powered J5 1.5T Inferno derivative.
Q: What are the electric motor and battery specifications of the Jaecoo J5 BEV?
A: The crossover is powered by a single, front-mounted electric motor that sends 155 kW and 288 Nm of torque to the front axle. It features a 58.9 kWh (net capacity) lithium iron phosphate (LFP) battery pack, which delivers a claimed driving range of up to 402 km on the WLTP cycle.
Q: What charging speeds and power capabilities does the Jaecoo J5 BEV support?
A: The J5 BEV supports 11 kW AC home charging and is compatible with DC fast-charging speeds ranging from 80 kW to 130 kW. Additionally, it features Vehicle-to-Load (V2L) capability, allowing owners to use the car’s high-voltage traction battery to power external electric appliances.
Q: What is included in the special Jaecoo J5 BEV pre-order incentive package?
A: Customers who pre-order the J5 BEV ahead of its official launch will receive an incentive package valued at over R50 000. This includes a R12 000 discount on the purchase price, R5 000 in public charging credit, access to the Jaecoo Cares programme and an EV Starter Kit (comprising a 7 kW home wallbox charger, a portable Type-M charger and a V2L adapter).
Toyota confirms R10.4 billion new investment in SA
Big capital injection is aimed at future-proofing Toyota’s manufacturing operations in South Africa.
Toyota South Africa Motors (TSAM) has confirmed further investment into KwaZulu-Natal by Toyota. The R10.4 billion announcement was pledged earlier this year, but was formalised at a event held at TSAM’s plant in Prospecton in the second week of July 2026.
The reason behind the large investment is to adapt South African vehicle manufacturing to the global market. Most of the brands who assemble cars in South Africa also export to other markets and as other countries shift towards new-energy vehicles, the manufacturing needs to change to support this.
Many of the OEMs have sounded the alarm, warning of being left behind in favour of countries which have already adapted to changing market demands.
Andrew Kirby, President and CEO of Toyota South Africa Motors, said: “The ninth-generation Hilux is not simply the next Hilux. It is the next chapter in South African manufacturing. Every new generation presents an opportunity to elevate our technology, strengthen our supplier base, deepen localisation, develop our people and improve the competitiveness of our operations. The R10.4 billion investment reflects Toyota’s enduring confidence in South Africa, its people and its manufacturing future.”
The Toyota Plant at Prospecton, which is the oldest Toyota facility outside of Japan, currently manufactures the Hilux, Fortuner, Corolla Cross, Hiace/Sesfikile minibus as well as Hino Trucks. It employs between around 8 500 people depending on shifts and demand, with thousands more employed in the surrounding businesses as part of the supply chain and logistics. The plant has the capability to produce over 200 000 vehicles a year.
Hilux accounts for 101 Tier One suppliers, an annual supplier spend exceeding R15 billion, nearly 27 000 jobs across the supplier network and more than 4 300 direct employees at the Prospecton plant.
The investment breakdown:
Toyota has invested a further R7.2 billion in production preparation for the 9th Generation Hilux, including advanced manufacturing technologies, production equipment and supplier tooling.
Toyota’s supplier partners have also invested an additional R2 billion in their own facilities, tooling and capability development.
A new 29 300m² Toyota Logistics Centre, a state-of-the-art Chassis Frame Coating Facility and a new Chassis Frame Welding Facility, scheduled for completion in June 2027.
The Toyota investment is not just Hilux-focused either as resources have been allocated to employee training programmes and skills development, like the Toyota Manufacturing Academy where the next generation can start their journey in the motor manufacturing industry.
What coverage does the standard Toyota South Africa warranty offer?
The standard manufacturer’s warranty covers all new Toyota vehicles against defects in materials and workmanship for 3 years or 100,000 km from the date of original sale, whichever comes first. It also includes roadside assistance, a 3-year corrosion perforation warranty, and a 12-month battery warranty.
What is the warranty coverage for Toyota Hybrid vehicles in South Africa?
In addition to the standard vehicle warranty, hybrid models in South Africa are backed by an extensive 8-year or 195,000 km warranty covering all Hybrid Synergy Drive (HSD) components, including the high-voltage hybrid battery.
Can I extend my Toyota service plan or vehicle warranty?
Yes. Toyota South Africa offers a Genuine Extended Service Plan that can cover your vehicle up to a maximum of 7 years or 200,000 km. You can also purchase a Toyota Genuine Extended Warranty to extend your vehicle’s mechanical and electrical breakdown cover up to 6 years or 220,000 km.
What is the difference between a Toyota Service Plan and a Maintenance Plan?
A Service Plan covers replacement parts, consumables, and labour for scheduled services at specified mileage intervals. A Maintenance Plan is more comprehensive; it covers everything in the service plan plus the cost of replacing wear-and-tear items (such as brake pads and wiper blades) and unexpected mechanical repairs up to 6 years or 200,000 km.
What are the contact details for Toyota South Africa Roadside Assistance and Customer Care?
For emergency help or general enquiries, you can reach out via the following channels:
The BYD Shark 6 Performance derivative has arrived in South Africa, offering uprated total system power of 350 kW. Here’s what this mighty PHEV bakkie costs…
BYD Auto SA launches even more powerful Shark 6
Performance derivative makes 350 kW and 700 Nm
Costs R160 000 more than 321 kW Premium variant
The BYD Shark 6 Performance derivative has officially arrived in South Africa, boasting a total system power output as lofty as 350 kW courtesy of its uprated plug-in hybrid electric vehicle (PHEV) powertrain.
Ever since the Premium variant’s local introduction back in March 2025, the Shark 6 has held the title of SA’s most powerful bakkie, snatching the crown from Ford’s 292 kW Ranger Raptor. The arrival of the Shark 6 Performance, however, sees the Chinese contender extend it lead at the top of the power table.
The Performance derivative is available in BYD’s new “Outback Orange” hue.
Yes, while the Premium derivative (which features a turbocharged 1.5-litre, 4-cylinder petrol engine and an electric motor on each axle) churns out 321 kW and 650 Nm, the Performance flagship boasts peak outputs of 350 kW and 700 Nm. These increased outputs are facilitated by a larger-capacity turbocharged 2.0-litre petrol unit.
According to BYD Auto SA, the Shark 6 Performance’s 0-100 kph time comes in at 5.5 seconds, making it 2-tenths quicker to 3 figures than its Premium sibling. Furthermore, its maximum braked towing capacity increases from 2 500 kg to 3 500 kg. Though BYD Auto SA hasn’t confirmed the new derivative’s payload, overseas specifications suggest a figure of 725 kg (lower than the Premium’s 790 kg capacity).
Note the centre console, now free of a gear lever.
Interestingly, the new Performance derivative features the same 29.58 kWh (gross capacity) battery pack as the Premium variant, which here provides a claimed all-electric range of “up to 80 km”. That pushes the combined WLTP range to 640 km, some 30 km lower than the Premium version (670 km). As a reminder, the petrol engine acts as a generator (to top up the battery) for the most part, directly driving the front wheels only at high speeds.
So, what does the ladder-frame BYD Shark 6 Performance cost? Well, the newcomer is priced at R1 149 900, which makes it some R160 000 more expensive than the Premium version. It nevertheless undercuts models like the Isuzu D-Max 3.0TD DC AT35 4×4 (R1 211 910) and the Ford Ranger Raptor 3.0T V6 DC 4WD (R1 307 300).
The gear selector is now of the column-mounted variety.
BYD Auto SA says the new range-topping Performance derivative additionally features a crawl mode and a new column-mounted gear selector, with the latter ostensibly creating extra space around the centre console.
In South Africa, the freshly launched Shark 6 Performance is offered in a choice of 4 exterior paint colours: the new “Outback Orange” and “Obsidian Black” hues, along with “Snowy White” and “Atlantis Grey” (colours familiar from the Premium model).
What does the BYD Shark 6 Performance cost in SA?
DERIVATIVE
PRICE
BYD Shark 6 Premium 1.5T DMO AWD
R989 900
BYD Shark 6 Performance 2.0T DMO AWD
R1 149 900
The prices above include a 5-year/100 000 km vehicle warranty, an 8-year/200 000 km battery-pack warranty and a 5-year/100 000 km maintenance plan.
Frequently Asked Questions (FAQ)
Q: What are the performance and mechanical differences between the BYD Shark 6 Premium and Performance derivatives?
A: While the Premium derivative pairs a 1.5-litre turbocharged 4-cylinder petrol engine with dual electric motors to produce 321 kW and 650 Nm, the flagship Performance version steps up to a larger 2.0-litre turbocharged petrol engine. This larger unit pushes total system output to 350 kW and 700 Nm, making it the most powerful bakkie in South Africa.
Q: How does the Performance model’s utility and acceleration compare to the standard Shark 6?
A: The Shark 6 Performance is two-tenths of a second quicker to three figures, dispatching the 0-100 kph sprint in a claimed 5.5 seconds (compared to 5.7 seconds in the Premium). Crucially, its maximum braked towing capacity increases significantly, rising from 2 500 kg to a class-competitive 3 500 kg.
Q: How do the battery specs and driving range differ between the two hybrid bakkies?
A: Both variants utilise the same 29.58 kWh battery pack. On pure electric power, the Performance model has an electric range of up to 80 km. Seemingly due to the larger petrol engine, its combined WLTP-rated range is 640 km, which is 30 km lower than the Premium variant’s 670 km combined range.
Q: What is the price of the BYD Shark 6 Performance in South Africa, and what is included?
A: The BYD Shark 6 Performance is priced at R1 149 900, which is R160 000 more than the Premium model (priced at R989 900). The retail price includes a 5-year/100 000 km vehicle warranty, an 8-year/200 000 km battery warranty and a 5-year/100 000 km maintenance plan.
Prefer your bakkie with upwards of 200 kW? These are the 5 most powerful double-cab bakkies on South Africa’s new-vehicle market right now…
These days, not all bakkies are workhorses. In fact, thanks to the sustained growth of the so-called “leisure bakkie” segment, many South African buyers now consider modern double cabs their preferred luxury-vehicle status symbol. And, with luxury often comes power. So, which are the most powerful double-cab bakkies available right now?
Well, we’ve combed through Mzansi’s new-vehicle market and picked out the 5 ladder-frame double-cab bakkies with the most potent power figures. Interestingly, 2 models featured here are locally built, while 2 are imported from China and 1 comes over from Thailand. Note that all pricing is correct as of July 2026.
1. BYD Shark 6 Performance 2.0T DMO AWD – 350 kW
The Performance-badged version of the BYD Shark 6 is the local market’s most powerful double-cab bakkie. The Chinese automaker’s electrified bakkie makes 350 kW and 700 Nm courtesy of a PHEV powertrain that combines a turbocharged 2.0-litre, 4-cylinder petrol engine with a 29.6 kWh (gross capacity) battery pack and an electric motor on each axle. For the most part, the petrol engine acts as a generator to top up the battery. BYD claims a 0-100 kph time of just 5.5 seconds. For the record, the original Premium-badged derivative (which uses a 1.5T in its PHEV set-up) offers 321 kW and 650 Nm.
Starting price: R1 149 900 (or R989 900 for Premium)
Fuel consumption (claimed): TBC
Payload: 725 kg (or 790 kg for Premium)
Braked towing capacity: 3 500 kg (or 2 500 kg for Premium)
Shipped over from Thailand rather than built alongside its standard Ranger siblings at Ford’s Silverton facility in Gauteng, the Raptor boasts the largest-capacity engine here. This halo derivative’s twin-turbo 3.0-litre V6 petrol engine drives all 4 wheels through a 10-speed automatic transmission as standard, generating 292 kW and 583 Nm in the process. Still, it’s the Raptor’s suspension set-up – including a Watt’s linkage at the rear and special Fox shock absorbers all round – that benefitted most from Ford’s significant R&D spend.
Currently topping GWM’s broader P-Series range (above the P300 derivatives and, indeed, the 2.4TD P500 variants), the HEV version uses the Chinese brand’s turbocharged 2.0-litre, 4-cylinder petrol-hybrid set-up, which includes a single electric motor and a small 1.76 kWh battery pack. Total system outputs come in at 255 kW and 648 Nm, channelled to all 4 corners through a 9-speed automatic transmission as standard.
Recently added as part of Ford’s updated Ranger portfolio, the turbocharged 2.3-litre, 4-cylinder petrol engine is available in double-cab form in both Sport and Wildtrak guise. This EcoBoost mill generates 222 kW and 452 Nm, sent exclusively to the rear wheels via a 10-speed automatic transmission. Interestingly, the Blue Oval brand doesn’t currently offer this petrol motor in all-wheel-drive flavour here in South Africa.
4=. Volkswagen Amarok 2.3 TSI PanAmericana 4Motion – 222 kW
Built by Ford alongside the Ranger in Silverton, the 2nd-generation Volkswagen Amarok is also offered with the Dearborn-based company’s turbocharged 2.3-litre 4-pot (which VW rebrands as a “TSI” engine). However, in Amarok guise, this likewise 222 kW/452 Nm powerplant – employing the same 10-speed automatic, of course – drives all 4 wheels as standard. The German firm claims a 0-100 kph time of 7.6 seconds.
Q: Which double-cab bakkie is currently the most powerful in South Africa?
A: The BYD Shark 6 Premium AWD holds the title of South Africa’s most powerful bakkie as of July 2026. Its plug-in hybrid (PHEV) powertrain delivers a combined 350 kW and 700 Nm, allowing it to sprint from 0-100 kph in a claimed 5.5 seconds.
Q: Which of South Africa’s most powerful bakkies are manufactured locally?
A: Of the top five most powerful models, the Ford Ranger 2.3T (Sport and Wildtrak) and the Volkswagen Amarok 2.3TSI PanAmericana are produced locally at Ford’s Silverton plant in Gauteng. Despite being built in the same facility, the Amarok features all-wheel drive as standard, while the 222 kW Ranger 2.3T is currently only offered in rear-wheel-drive guise.
Q: What is the most powerful purely internal combustion engine (ICE) bakkie on the market?
A: While the BYD Shark 6 and GWM P500 use hybrid assistance to achieve high outputs, the Ford Ranger Raptor remains the most powerful non-electrified bakkie. Its twin-turbo 3.0-litre V6 petrol engine produces 292 kW and 583 Nm.
