Caterham Project V Performance Could Shock Purists
- 01. Caterham Project V electric performance: the headline numbers
- 02. Powertrain and electric architecture
- 03. Acceleration and top-speed dynamics
- 04. Range, efficiency, and charging behaviour
- 05. Handling, weight, and how it feels different
- 06. Technical specs snapshot table
- 07. Driving experience: where "speed feels different"
- 08. Market positioning and historical context
- 09. Development timeline and future expectations
Caterham Project V electric performance: the headline numbers
The Caterham Project V electric sports coupe produces about 272 hp (200 kW) from a single rear-mounted electric motor, delivering a 0-100 km/h (0-62 mph) time of roughly 4.5 seconds and a top speed of around 143 mph (230 km/h). With a 55 kWh lithium-ion battery pack located under the floor, it targets a WLTP-type range of about 400 km (249 miles) and a kerb weight kept to 1,190 kg (2,623 lb), which is unusually low for its class and helps preserve the brand's driver-focused handling character despite the added mass of the electric drivetrain.
Powertrain and electric architecture
The Project V electric powertrain is a rear-wheel-drive, single-motor BEV setup, using a synchronous electric motor mounted transversely at the rear axle and rated at 200 kW (272 PS or about 268 bhp). This motor is paired with a 55 kWh USOC-format lithium-ion battery pack, which operates at a nominal 400 V and is sited low in the chassis to lower the centre of gravity and improve roll stiffness. The system delivers instant torque on-tap, with Caterham targeting a 0-100 km/h time of under 4.5 seconds and a 0-62 mph time of 4.3-4.5 seconds, depending on test protocol.
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Caterham has also specified DC rapid-charging capability, with the pack able to recharge from 20% to 80% in approximately 15 minutes using a 150 kW DC fast-charger, a figure that aligns it with many mainstream EVs in the 250-300 hp segment. Combined with the compact 55 kWh pack, this results in a relatively low battery weight versus output, which directly supports the lightweight EV philosophy Caterham is emphasising for Project V.
- Motor type: Single synchronous electric motor, rear-axle mounted.
- System output: 200 kW (272 PS / 268 hp).
- Battery: 55 kWh lithium-ion pack, underfloor location.
- Drivetrain: Rear-wheel drive, single-speed "automatic" reduction gearbox.
- 0-100 km/h: Under 4.5 seconds.
- Top speed: 143 mph (230 km/h).
- Target range: 400 km (249 miles) WLTP-style.
- Charging: 20-80% in circa 15 minutes at 150 kW DC.
Acceleration and top-speed dynamics
Project V acceleration hinges on the combination of low mass and high power-to-weight: the 1,190 kg kerb weight yields a power-to-weight ratio of roughly 228 hp per tonne, which is comparable to some hot-hatch and mid-range EV sports-coupe segments rather than full supercars. The 0-100 km/h figure of 4.5 seconds is consistent across multiple third-party specifications and Caterham's own technical disclosure, and the 0-62 mph time is typically quoted at 4.3-4.5 seconds due to rounding and test-cycle differences.
At the top end, the electronic top speed is limited to about 143 mph (230 km/h), which is deliberately chosen to keep aerodynamic drag, tyre wear, and thermal loads within reasonable bounds while still feeling genuinely fast on public roads and track. This ceiling is lower than the outright top speeds of some larger EV coupes, but Caterham's intent is to prioritise mid-range punch and agility over chasing record numbers, which is consistent with the brand's long-standing emphasis on real-world driving engagement.
Range, efficiency, and charging behaviour
WLTP-style range figures for the Project V are set at a target of 400 km (249 miles), which is ambitious for a 55 kWh pack but made possible by the very low kerb weight and relatively compact frontal area of the two-door coupe. That figure equates to a theoretical efficiency of roughly 7.3-7.5 km/kWh under ideal conditions, which is competitive with the upper tier of efficiency-oriented EVs in the sub-2-tonne bracket.
Caterham's 150 kW DC fast-charging specification means the car can replenish most of its daily range in a short stop, with the 20-80% window pegged at about 15 minutes, while AC charging at home or at public AC points is expected to deliver a more modest 11 kW level-2 rate that would fully recharge the battery in roughly 4.5-5.5 hours depending on grid conditions. This balance of quick DC top-ups and flexible AC charging is designed to support UK- and European-centric driving patterns, where many customers still split time between short-range track use and occasional longer tours.
Handling, weight, and how it feels different
Perhaps the most distinctive aspect of the Project V electric performance is that it feels "different" from typical EVs, primarily because Caterham has kept the kerb weight down to 1,190 kg-a figure that is closer to a mid-2000s sports coupe than a modern EV. This lightness is achieved via a carbon-fibre and aluminium composite chassis and minimalist packaging, which preserves relatively low polar moment and gives the car a more agile, toss-around feel than many heavier EVs that place similar power outputs in 1,800-2,200 kg shells.
The rear-mounted motor and underfloor battery also shift the weight distribution rearward, enhancing the car's tendency to rotate predictably under throttle, which suits Caterham's driving-position philosophy that prioritises steering feedback and mechanical grip over artificial stability aids. Drivers testing prototype-level EVs in this weight class often report that the instant torque and low-centre-of-gravity feel make the car very responsive in corners, but also more communicative and demanding than heavier EVs with softer, more insulated platforms.
Technical specs snapshot table
| Specification | Value |
|---|---|
| Motor type | Synchronous single electric motor, rear axle |
| System power | 200 kW (272 PS / ~268 hp) |
| Peak torque | Approx. 500 N·m (estimated, typical for 200 kW class) |
| Transmission | Single-speed reduction "automatic" gearbox |
| Chassis layout | Rear-wheel drive |
| 0-100 km/h | Under 4.5 seconds |
| 0-62 mph | 4.3-4.5 seconds |
| Top speed | 143 mph (230 km/h) |
| Battery capacity | 55 kWh lithium-ion pack |
| Target range (WLTP) | 400 km (249 miles) |
| Kerb weight | 1,190 kg (2,623 lb) |
| Power-to-weight | Roughly 228 hp per tonne |
| DC fast-charging (20-80%) | Approx. 15 minutes at 150 kW |
Driving experience: where "speed feels different"
On the road, the Project V driving experience feels different from mainstream EVs because the low mass, rear-biased layout, and direct-feel steering mimic the sensations of a classic Caterham, albeit with EV torque on demand. That means the car is more willing to rotate at turn-in and more responsive to throttle inputs than heavier, more inert EVs, which many reviewers describe as "more analogue" despite the electric drivetrain.
Several test-drive accounts of similar-weight EV prototypes suggest that this combination of instant torque and light chassis results in a car that feels explosively quick in the in-gears 0-60 mph band, yet more composed and predictable through bends than the headline power figure might imply. For Caterham buyers, this is the core of the Project V handling character: it delivers EV-class punch but dials back the weight and artificiality to keep the driver more engaged.
Market positioning and historical context
Within Caterham's portfolio, the Project V electric concept was unveiled in July 2023 as a step beyond the Seven-centric lightweight roadster formula, signalling the brand's ambition to enter the EV sports-coupe segment without abandoning its core ethos. Development targets set during 2023-2024 called for the car to reach production by late 2025 or early 2026, with a price point initially estimated around £80,000 (roughly $100,000 at the time), which would position it against compact EV coupes and niche sports EVs rather than mass-market hatchbacks.
By choosing a 268-272 hp ceiling and a 55 kWh battery, rather than chasing 400+ hp and 100 kWh packs, Caterham is effectively targeting a driver-oriented niche that values driving dynamics over outright range. That choice, combined with the sub-1.2-tonne weight, turns the Project V into a case study in how a small manufacturer can use EV technology to amplify performance without diluting the feedback-rich experience that defines its brand.
Development timeline and future expectations
Caterham initially announced the Project V unveiling on 12 July 2023, at Goodwood and via its own channels, positioning it as a working prototype that could evolve into a limited-run production model. Engineering milestones through 2024 and 2025 focused on refining the thermal management of the 55 kWh pack, validating the 150 kW DC-charging curve, and tuning the chassis and suspension to maintain the classic Caterham ride-handling balance despite the introduction of substantial battery mass.
Looking ahead, Caterham could introduce Project V variants with slightly larger batteries or a second motor, but current public specs and technical disclosures emphasise that the initial production intent is to keep the configuration simple, rear-drive, and mechanically focused. For potential buyers, that means the Project V will likely be marketed less as a daily-commute EV and more as a "weekend-track plus A-road" EV sports car that trades immense range for a more visceral, lightweight driving experience.
Everything you need to know about Caterham Project V Performance Could Shock Purists
What is the Caterham Project V power output?
The Caterham Project V is specified with a 200 kW (272 PS) single electric motor, which translates to about 268 bhp in imperial terms, providing a strong but not extreme power band for its class.
How fast is the Project V 0-100 km/h?
Project V acceleration is targeted at under 4.5 seconds for the 0-100 km/h sprint, with multiple independent sources and Caterham's own technical notes converging on this figure.
What is the top speed of the Project V EV?
The electronic top speed of the Project V is set at 143 mph (230 km/h), which is electronically limited rather than being the absolute mechanical ceiling of the powertrain.
How much range does the Project V offer?
Caterham targets a WLTP-style range of 400 km (249 miles) for the Project V electric range, leveraging the 55 kWh battery and lightweight construction to keep efficiency high.
How long does it take to rapid-charge the Project V?
Using a 150 kW DC fast-charger, the Project V battery can recharge from 20% to 80% in approximately 15 minutes, making it suitable for quick top-ups on longer journeys.
Is the Caterham Project V actually in production?
As of mid-2025, the Caterham Project V remains nominally a concept-cum-prototype with a stated path to production by late 2025 or early 2026, but volume-build status and final pricing have not yet been locked down in all markets.
How does Project V compare to the Jaguar I-Pace or similar EVs?
Compared with a mid-size EV like the Jaguar I-Pace EV, the Project V is substantially lighter (around 1,190 kg vs 2,200+ kg), offers less power and range, but delivers a more agile, track-tuned feel and sharper steering response tailored to enthusiasts rather than family-oriented buyers.
Why does the Project V feel different from other EVs?
The Project V driver-feel difference stems from three main factors: unusually low kerb weight, a compact 55 kWh battery that avoids huge mass, and a chassis tuned for maximum feedback and rotation rather than comfort or isolation, which is why test-drive reports often describe it as "more Caterham than typical EV."