The Porsche 918 Spyder is a plug-in hybrid hypercar built from 2013 to 2015, limited to exactly 918 examples. A naturally aspirated 4.6-litre V8 and two electric motors combine for 875 horsepower, enough to cover 0 to 60 mph in 2.6 seconds and set a 6-minute 57-second Nürburgring lap time that made it the fastest production car on that circuit.
Here is everything you need to know about the Porsche 918 Spyder.
Contents
Quick Summary
Porsche built exactly 918 examples between September 2013 and June 2015. Every car used the same mid-engine plug-in hybrid drivetrain, though the optional Weissach Package reduced weight and added carbon fibre and magnesium components throughout.
| Spec | 918 Spyder | Weissach |
|---|---|---|
| Years | 2013–2015 | 2013–2015 |
| Engine | 4.6L NA V8 + 2 motors | same |
| Power | 875 hp (652 kW) | 887 hp |
| Torque | 944 lb-ft (1,280 Nm) | same |
| 0–60 mph | 2.6 sec | 2.5 sec |
| Top Speed | 214 mph (345 km/h) | 214 mph |
| Weight | 3,792 lbs (1,720 kg) | 3,715 lbs (1,685 kg) |
| Drivetrain | AWD PHEV | AWD PHEV |
| Starting Price | $845,000 | $929,000 |
What Is the Porsche 918 Spyder
The 918 Spyder was Porsche’s most extreme production car when it launched in 2013 and it represented a deliberate shift in how hypercar performance could be achieved. Where earlier technology flagships like the Porsche 959 used advanced all-wheel drive and turbocharging to set records, the 918 applied electrification, pairing a 6.8 kWh battery pack and two electric motors with a naturally aspirated V8.
The car began life as a concept shown at the 2010 Geneva Motor Show. Response was strong enough that Porsche polled potential buyers, and within a year the production decision was confirmed. The production model was announced at the 2011 Frankfurt Motor Show and deliveries began in September 2013.
Porsche capped production at 918 examples to match the model designation. All 918 sold out before a single car was delivered. The United States was the largest single market, taking approximately 297 examples.
The 918 Spyder launched in the same generation as the McLaren P1 and Ferrari LaFerrari. All three used hybrid power to push performance beyond what an internal combustion engine alone could reach. Porsche’s approach differed in using a genuine plug-in hybrid system capable of running on electricity alone, rather than treating electrification purely as a performance supplement.
The Hybrid Powertrain
The 918 Spyder used a mid-mounted 4.6-litre naturally aspirated V8 producing 599 horsepower at 8,700 rpm. That output alone would have been sufficient for a serious sports car. Porsche added two electric motors to the equation, one on the front axle and one connected to the seven-speed PDK at the rear, and the combined system changed what was possible.
The front electric motor produced around 127 horsepower and drove the front wheels independently, giving the 918 its all-wheel-drive capability without a conventional mechanical front driveshaft. The rear motor produced around 154 horsepower and worked alongside the V8 through the PDK. Combined peak output was 875 horsepower and 944 lb-ft of torque.
Energy came from a 6.8 kWh lithium-ion battery pack mounted in a T-shape beneath the cabin. It provided up to 12 miles of pure electric driving range, enough for urban commuting. The battery could be recharged from a wall outlet or regenerated under braking. At speed, the electric motors operated as generators, harvesting energy that would otherwise be lost as heat.
The V8 itself was a remarkable unit separate from the hybrid story. It revved freely to 9,150 rpm and produced peak power at the top of its rev range with a sound closer to a racing prototype than a road car. It was derived from Porsche’s Le Mans endurance racing programme and built to close manufacturing tolerances.
Performance and the Nürburgring Record
The combined output of the hybrid system translated directly into numbers that shocked the industry. Zero to 60 mph took 2.6 seconds in Porsche’s official testing. Several independent tests came in closer to 2.5 seconds or below, reflecting how the electric motors’ instant torque accelerated the car off the line before the V8 came fully into its power band.
Top speed was 214 mph, reached through the sustained power of the V8 at high revs. The 918 was only slightly slower in a straight line than it was on a circuit, which gave it usability at road speeds that many rivals could not match.
On September 4, 2013, Porsche driver Marc Lieb set a Nürburgring Nordschleife lap time of 6 minutes 57 seconds in the 918, making it the first production car to lap the full 20.6-kilometre circuit in under seven minutes. It broke the previous record by around ten seconds. That time stood as the production car benchmark for over a year and confirmed what the specs suggested: this was genuinely the fastest road car in the world at the time.
Driving Modes
The 918 offered four driving modes that changed how the V8 and electric motors worked together. Drivers selected them through a rotary switch on the steering wheel.
E-Power mode ran on electricity alone, drawing only from the battery pack and suppressing the V8. Range was around 12 miles at speeds up to 93 mph, sufficient for low-speed town driving. Hybrid mode kept the V8 running at normal operating efficiency while using the electric motors to fill in at lower speeds. The battery was conserved for use later in the drive.
Sport Hybrid mode held the battery at a higher state of charge for performance use, with both power sources available across a wider portion of the rev range. Race Hybrid mode deployed every available joule of energy toward maximum acceleration and lap time, making the full 875-horsepower output available with no conservation strategy.
The mode system gave the 918 real-world versatility its rivals could not offer. An owner could drive to a track on electric power, run the battery flat in Race Hybrid mode on circuit, and recharge overnight for the drive home.
The Weissach Package
Porsche offered an optional Weissach Package priced at around $84,000 on top of the base car. Named after Porsche’s development centre in Weissach, Germany, it reduced the car’s weight by about 77 pounds through material substitution throughout.
The most visible change was the replacement of the standard alloy wheels with forged magnesium wheels, the lightest wheels Porsche had fitted to a production car at that point. The front anti-roll bar and support struts were replaced with magnesium equivalents. The rear luggage compartment cover became carbon fibre. Some interior insulation was removed.
The package also added a fixed carbon fibre roll-over bar and a front aerodynamic element to reduce lift at speed. In testing the Weissach car covered 0 to 60 in around 2.5 seconds and posted a slightly faster Nürburgring time than the standard car. The Weissach-equipped example was the version Porsche used for the record run.
Chassis and Body
The 918 Spyder was built on a carbon-fibre reinforced plastic monocoque, which Porsche called the CFM. The floor structure, door sills, and front firewall were all carbon fibre. Aluminium subframes at the front and rear carried the suspension and drivetrain components, bolting directly to the carbon tub.
Suspension was double wishbones at all four corners with adaptive dampers. The front electric motor sat entirely within the front subframe, keeping mass centralised. Rear-axle steering came as standard, turning the rear wheels fractionally opposite to the fronts at low speeds for tighter cornering and in the same direction at high speeds for stability.
Carbon-ceramic brakes were fitted at both ends, with eight-piston calipers at the front and six-piston at the rear. The combination of rear-wheel steering and torque vectoring between the electric motors meant the car adjusted its handling balance in real time without driver input, optimising grip across each corner according to the selected driving mode.
Interior and Design
The 918 Spyder was designed as an open roadster with two removable roof panels that stowed behind the seats. The cabin was narrow and track-focused, with carbon fibre visible across the sills, transmission tunnel, and door trims. The driving position was low and the windscreen tall, giving a view closer to a racing prototype than a traditional sports car.
The steering wheel housed the driving mode selector alongside traction, stability, and start-stop controls. Most other functions moved to a central touchscreen. Seats in higher-specification cars were fixed carbon buckets with no mechanical adjustment, relying instead on a movable pedal box to suit different drivers. The two targa-style roof panels were stored in the front luggage compartment beneath the bonnet.
The exterior was shaped entirely around aerodynamics and cooling. The front intake fed charge air to the front electric motor and channelled air through the body to exits at the top of the front clamshell. The rear featured an active spoiler that deployed at speed and two exhaust pipes exiting through the top of the rear clam, a layout taken directly from motorsport. The underbody was fully flat to generate downforce at speed.
Pricing and Values
The 918 Spyder launched at approximately $845,000 in the United States and €781,000 in Europe. The Weissach Package added $84,000. Most buyers added further options, and average transaction prices were reported above the base figure in most markets.
The 918 sold out before production began. By the time cars started arriving with owners, the used market had already moved prices above the original sticker. It was a car where buyers paid a premium simply to own one at all. This immediately set a trajectory that has continued since.
| Condition | Current Market Value |
|---|---|
| Standard, moderate mileage | $1,000,000 to $1,400,000 |
| Weissach Package | $1,200,000 to $1,800,000 |
| Exceptional example, low miles | $2,000,000+ |
Values reflect 2026 market estimates based on auction results and dealer listings. The 918 is treated as a future collectible in the same category as the Carrera GT. Mileage below 5,000 commands a significant premium. Weissach cars retain value best because they are the rarer, more desirable specification.
Ownership
Owning a 918 Spyder is unlike owning most other Porsches. The hybrid system requires specialist knowledge; battery management, electric motor seals, and charging infrastructure are not items that most Porsche centres encounter regularly. Porsche’s official service programme covers the 918, but access to technicians with direct experience on this specific car varies considerably by market.
The V8 itself is a high-revving unit that needs regular use to stay in good condition. Cars that have sat for extended periods can develop fuel system degradation and battery issues. A pre-purchase inspection by a Porsche specialist familiar with the 918’s hybrid architecture is essential before buying any used example.
Running costs are higher than a standard sports car, partly because many service intervals require specialist tooling and partly because individual hybrid system components have no secondary market alternatives. Tyres are bespoke Michelin Pilot Sport Cup 2 fitments sized specifically for the 918’s wheels.
Despite its complexity, the 918 has proven reliable by the standards of its class. Porsche over-engineered the battery thermal management system and the V8’s lubrication, and the early fears about long-term hybrid degradation have largely not materialised in documented owner experience.
Renn Driver’s Take
I have not driven this car yet. When I do, this section will have my honest take on what it is actually like to live with and drive.
Frequently Asked Questions
How many Porsche 918 Spyders were built?
Porsche built exactly 918 examples between September 2013 and June 2015. The production run was capped at that number to match the model designation. All 918 sold before deliveries began, with the United States receiving approximately 297 examples as the largest single allocation.
What is the Porsche 918 Spyder’s top speed?
Official top speed is 214 mph (345 km/h), achieved through the sustained power of the 4.6-litre V8 at high revs combined with the electric motors contributing torque throughout each gear change. Some independent tests recorded slightly higher figures of around 218 mph.
What is the Weissach Package?
The Weissach Package was an $84,000 option that reduced the car’s weight by about 77 pounds through magnesium wheels, carbon fibre panels, and the removal of some interior insulation. It also added a front aerodynamic element. The Weissach-equipped car was used for Porsche’s record-setting Nürburgring lap in September 2013.
How does the 918’s hybrid system work?
The 918 uses a plug-in hybrid layout with a 4.6-litre V8 driving the rear wheels through a seven-speed PDK and an independent front electric motor driving the front axle. A 6.8 kWh battery pack provides up to 12 miles of electric-only range. Four driving modes from pure electric to Race Hybrid determine how the combustion and electric systems work together.
What did the Porsche 918 Spyder cost new?
The base price was approximately $845,000 in the United States and €781,000 in Europe. The Weissach Package added around $84,000. The car sold out before production started and most examples changed hands above the original sticker price almost immediately after delivery.
Is the Porsche 918 a good investment?
Values have risen substantially above the original purchase price, and Weissach examples in particular have appreciated strongly. The 918 shares its generation with the McLaren P1 and Ferrari LaFerrari, and collector interest in all three has remained firm. Low-mileage examples with documented service history and the Weissach Package command the strongest results at auction.
Images: Hero by Chelsea Jay, CC BY-SA 4.0; Museum display by Alexander Migl, CC BY-SA 4.0; Rear view by Thomas Wolf (foto-tw.de), CC BY-SA 3.0 DE; Street by UltraTech66, CC BY-SA 4.0. Via Wikimedia Commons.
