Lotus killed the Elise in 2021 and never replaced it. That left a gap in the market for the kind of car the Elise represented — light, analogue, no performance theatre, just physics doing what physics does when you remove unnecessary weight. A small British company based in Sussex called Analogue Automotive decided to fill that gap by taking the original S1 Elise and making it more extreme in every direction.
The result is the VHPK — Very High Performance K-Series. This Lotus Elise restomod weighs under 600 kg — lighter than a Kawasaki Ninja 1000 motorcycle with fuel. It has one seat, mounted in the middle. It costs £350,000 — approximately $472,500 — and includes a donor S1 Elise in that price. Analogue Automotive will build 35 of them.
What VHPK Stands For and Where the Name Comes From
The original S1 Elise ran a Rover K-Series engine in VHPD tune — Very High Performance Derivative. 190 horsepower. 1.8-liter four-cylinder. 755 kg car. In 1996 that power-to-weight ratio put it ahead of cars costing three times the price. Thirty years later, Analogue Automotive took the same base and pushed it further. VHPK replaces the D with a K — Very High Performance K-Series.
This Lotus Elise restomod exists to celebrate the S1’s 30th anniversary. Analogue Automotive announced it a year ago. The first customer car is finished — painted in PK Purple with matching Alcantara interior and gold exhaust tips. Orders are open for the remaining 34.
Analogue Automotive CEO Steffen Dobke put it directly: “This isn’t simply a restored Elise. It’s a complete reimagining of what’s possible with the original S1 recipe — the legendary combination of the Type 111 chassis with that high-revving, lightweight K-Series engine. The finished product is superior in every way to a brand new S1 Elise.”
This Lotus Elise Restomod Weighs 600 kg — Less Than a Kawasaki Ninja With Fuel
The stock S1 Elise weighed 755 kg at launch in 1996. That was light. A Mazda MX-5 today weighs 1,073 kg. A Toyota GR86 weighs 1,276 kg. The VHPK weighs 600 kg — lighter than anything on the new car market with four wheels and a roof. No Lotus Elise restomod has gone this far with weight reduction before.
Getting a car to 600 kg in 2026 requires carbon fiber everywhere. The body panels on the VHPK are all carbon, built using CNC-milled moulds and the same manufacturing techniques Formula 1 teams use for their bodywork. Carbon fiber seats. Carbon fiber wheels available as an option — those alone save an additional 20 pounds over standard alloys.
The single-seat layout helps too. Removing the passenger seat and repositioning the one remaining seat to the center of the car eliminated the weight of the second seat and the structural hardware that supports it. The dashboard panels were redesigned specifically for the central driving position. The traditional center tunnel is gone — replaced by an electric parking brake to clear the space.
Even the wiring harness got lightened. The fuel tank is smaller and lighter than the donor car’s. The exhaust is custom stainless steel. Every component on this Lotus Elise restomod gets weighed. Literally. If the weight isn’t justified by what the part does, it doesn’t make the car.
The Engine — Same Block, Different Planet
The K-Series engine stays. Analogue Automotive didn’t swap it for something modern — the whole point of this Lotus Elise restomod is keeping Colin Chapman’s philosophy intact — same engine family, taken further than Lotus ever dared.
The displacement went up from 1.8 to 1.9 liters. The internals are billet and forged components throughout. Power output is 247 horsepower — up from the VHPD’s 190 hp in the original racing Elise. Drive goes to the rear wheels through a five-speed sequential gearbox.
The VHPK’s power-to-weight ratio is 400 hp per tonne. A Ferrari 458 — 562 hp, 4.5-liter naturally aspirated V8, one of the greatest road car engines ever built — manages 440 hp per tonne. Forty horsepower per tonne separates a 1.9-liter four-cylinder in a 600 kg British restomod from a Ferrari V8 that costs twice as much.
Engine management runs through a MoTeC ECU. Optional MoTeC data logging lets the owner track exactly what the car is doing on circuit. The exhaust note on a tuned K-Series at high revs is its own argument for buying this over anything with more cylinders.
The Single Seat — Why It’s in the Middle
The central driving position isn’t a styling exercise. It comes from the single-make racing series that ran S1 Elises in competition, where a central seat was used in some configurations to centralize mass and equalize weight distribution. Analogue Automotive took that racing precedent straight into this Lotus Elise restomod and put it on number plates.
Sitting in the middle of a car this narrow and this light changes the experience completely. The driver feels the car’s balance directly — there’s no offset from the center that a conventional seating position creates. Every input from the road reads through the structure with nothing between the seat and the chassis absorbing information. At 600 kg, there isn’t enough mass to filter anything out.
The comparison to the McLaren F1 is inevitable. The F1 used a central driving position for the same mass-centralization reason and became the defining supercar of its era. The VHPK is not a McLaren F1 — it’s a different kind of car entirely — but the philosophy is identical. Put the driver in the middle. Remove everything that isn’t necessary. Let the car talk.
Options, Suspension, and What the Money Actually Buys
At £350,000 this Lotus Elise restomod is built entirely to individual customer specification — no two cars will be identical.
Fully active suspension is available — a system that reads the road surface and adjusts damper settings in real time rather than relying on fixed settings. On a car this light, active suspension doesn’t add weight that cancels its benefit the way it does on heavier cars.
Carbon fiber wheels are optional and save 20 pounds over standard alloys. On a 600 kg car, 20 pounds is a meaningful number — it’s the equivalent of removing a small child from the passenger seat that the car doesn’t have.
The £350,000 price includes the donor S1 Elise. Low-mileage S1 Elise examples change hands for around $28,000 currently — so the conversion itself costs the better part of $444,000. That’s what carbon fiber bodywork, a fully rebuilt engine with bespoke internals, a sequential gearbox, central seat fabrication, MoTeC engine management, and 35-unit exclusivity costs in 2026.
Who Builds This and Why They Do It
Analogue Automotive was founded by Steffen Dobke, an automotive enthusiast who spent years servicing and restoring Lotus Elise cars before building his own versions. The company’s entire focus is the S1 Elise — not the later cars, not other platforms. Just the first-generation car, taken further than Lotus ever did.
The VHPK is not Analogue Automotive’s first Lotus Elise restomod. In 2024 the company released the Supersport — another S1-based build that earned a strong reputation in the UK for build quality and engineering depth. The VHPK is the Supersport taken to its absolute limit. One seat. Carbon everything. 600 kg. The VHPK is their most extreme Lotus Elise restomod to date.
Lotus itself killed the Elise because electrification and crash safety regulations made building a sub-1000 kg sports car commercially unviable at scale. A small specialist builder with 35-unit production runs and no regulatory pressure to meet fleet emissions targets doesn’t have that problem. Analogue Automotive can build the car Lotus couldn’t justify building. At £350,000 a unit with 35 buyers, the economics work.
How the VHPK Compares to What It Costs
At £350,000, this Lotus Elise restomod costs the same as a Ferrari 296 GTB entry price. That car makes 830 horsepower from a turbocharged V6 with electric motors and weighs 1,470 kg.
The 296 GTB is heavier, more powerful, and faster in a straight line. The VHPK is lighter and built to remove every layer between the driver and the road surface. On a motorway — no contest. The 296 GTB wins by a country mile. On a twisting mountain road, 870 kg less car changes the entire conversation — braking later, turning in harder, carrying more speed through corners with less mass to manage.
The VHPK isn’t likely to be the only car in its owner’s collection. At this price and with this specification — single seat, no passenger accommodation, 600 kg — it’s a track and mountain road car that happens to carry number plates. Its owner almost certainly has something faster and more comfortable in the same garage. The VHPK is the one they’ll drive when lap times and horsepower figures don’t matter and the sensation of moving a very small mass very quickly is the entire point.
Specs
| Specification | Detail |
|---|---|
| Base Vehicle | Lotus Elise S1 |
| Weight | Under 600 kg (1,320 lbs) |
| Engine | 1.9-liter Rover K-Series four-cylinder |
| Power | 247 hp |
| Torque | Not published |
| Transmission | Five-speed sequential |
| Drive | Rear-wheel drive |
| Power-to-weight | 400 hp per tonne |
| Seating | Single, center-mounted |
| Body | Full carbon fiber |
| Engine Management | MoTeC ECU |
| Optional suspension | Fully active |
| Optional wheels | Carbon fiber (saves 20 lbs) |
| Production | 35 units, built to order |
| Starting price | £350,000 (~$472,500) including donor car |
FAQ
What is the Analogue Automotive VHPK?
A Lotus Elise restomod from Analogue Automotive in Sussex. A donor S1 Elise gets stripped to nothing, then rebuilt with a full carbon fiber body, one center-mounted seat, a tuned 1.9-liter K-Series engine at 247 hp, and a five-speed sequential gearbox. Under 600 kg when it rolls out the door.
How much does the VHPK cost?
£350,000 — approximately $472,500 — before taxes. That price includes a donor S1 Lotus Elise. Only 35 will be built.
Why does the VHPK have only one seat?
The central single-seat layout comes from the S1 Elise racing series, where a center seat was used to optimize weight distribution. On this Lotus Elise restomod every gram removed from the passenger seat and its hardware goes directly toward the 600 kg target.
What engine does the VHPK use?
The same Rover K-Series block from the original S1 Elise. Analogue Automotive bored it out from 1.8 to 1.9 liters, pulled the internals and replaced them with forged and billet components, and got 247 hp out the other end. That goes to the rear wheels through a five-speed sequential gearbox.
Does the VHPK beat a Ferrari 296 GTB?
On a motorway — no. The 296 GTB has 830 hp and the VHPK has 247 hp. That’s not a race worth timing. But weight changes everything on a real road. The Ferrari weighs 1,470 kg. The VHPK weighs 600 kg. For every kilometre of twisting tarmac, the driver of the lighter car is working with physics instead of against it. Braking later, turning in harder, carrying more speed through the corner with less mass to manage. That 400 hp per tonne figure puts the VHPK within 40 hp/tonne of a Ferrari 458 — from a 1.9-liter engine that fits in a shopping bag. Both cars cost £350,000.
Is the VHPK road legal?
Yes. The VHPK carries number plates and is designed for road use alongside track days. The single-seat layout and carbon construction are legal for road use in the UK.
Who makes the VHPK?
Analogue Automotive, a small British company in Sussex founded by Steffen Dobke. The company specializes exclusively in S1 Lotus Elise cars. The VHPK is their most extreme Lotus Elise restomod to date, following the Supersport released in 2024.
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