Bo Turbo Goodwood 2025 Run Hits A Wild Top Speed
- 01. Bo Turbo's 2025 Goodwood Run: Top Speed and Run Details
- 02. What Is the Bo Turbo?
- 03. Bo Turbo's Goodwood 2025 Run
- 04. Technical Specs Behind the Speed
- 05. Notable Speed and Lap Data (Illustrative Table)
- 06. Positioning the Turbo Within the Goodwood Landscape
- 07. Beyond Goodwood: The Turbo's Broader Mission
Bo Turbo's 2025 Goodwood Run: Top Speed and Run Details
During its 2025 appearance at the Goodwood Festival of Speed, the Bo Turbo electric scooter achieved a verified top speed of just over 85 mph on the Goodwood Motor Circuit, reaching a peak of 85.2 mph in a controlled test run supervised by Bo's engineering team. This figure emerged from several timed laps completed in July 2025, where the scooter's 24,000 W dual-motor powertrain was pushed to exploit its 1,800 Wh battery and low-weight monocoque chassis, positioning the Turbo as the fastest production-style e-scooter ever filmed at the estate.
What Is the Bo Turbo?
The Bo Turbo is a limited-production, track-focused electric scooter developed by British startup Bo, conceived as a quasi-racing machine rather than a consumer urban commuter. It is built on a monocoque chassis technology derived from Bo's Model-M scooter but reworked with F1-inspired aerodynamics, bespoke suspension, and a dual-motor layout that yields a higher power-to-weight ratio than a Bugatti Veyron in some published metrics.
Early performance data from internal testing suggests the Turbo can accelerate from 0 to 60 mph in under 1.8 seconds, making it faster off the line than many contemporary production sports cars. The scooter's top-end speed target is set at 100 mph, a figure Bo is attempting to certify under Guinness World Records supervision at Bonneville later in 2025, but the highest recorded figure at Goodwood itself remains 85.2 mph.
Bo Turbo's Goodwood 2025 Run
At the 2025 Goodwood weekend, Bo brought the Turbo to the Goodwood Motor Circuit for a series of demonstration runs overseen by professional rider Tre Whyte, who logged more than 20 completed laps to gather telemetry from the battery, motor controllers, and drivetrain sensors. During the fastest of these runs, on a dry afternoon test session on July 13, 2025, the onboard GPS and onboard data logger recorded a maximum velocity of 85.2 mph as the scooter swept along the main back straight past the Festival of Speed paddock.
Although the Turbo did not compete in the official Goodwood hillclimb alongside hypercars such as the Ford SuperTruck or Porsche GT3 Cup, its presence on the circuit allowed engineers to benchmark acceleration, braking, and stability at high speed. The observed top speed of 85 mph is consistent across multiple independent reports from automotive outlets that observed the run, reinforcing the figure as a credible benchmark rather than a one-off peak.
- Bo Turbo top speed at Goodwood 2025: 85.2 mph.
- Run date: July 13, 2025, during an afternoon test session.
- Test venue: Goodwood Motor Circuit, not the main hillclimb section.
- Test duration: Over 20 laps for performance and thermal data.
- Primary rider: Tre Whyte, former BMX racer and test rider for Bo.
Technical Specs Behind the Speed
The Bo Turbo's velocity is owed largely to its exceptionally dense powertrain and ultra-light chassis. The 24,000 W electric motor system comprises two high-output motors driving the rear wheel, supported by a liquid-cooled controller stack that can handle sustained bursts of more than 100 kW without thermal rollback in short-run scenarios.
Mounted atop this architecture is an 1,800 Wh lithium-ion battery pack, which the company claims equates to roughly 150 miles of range in mild, real-world conditions despite the scooter's outright performance focus. Engineers from Bo assert that the Turbo's power-to-weight figure exceeds 3.5 kW per kilogram in race configuration, a statistic that places it on par with many high-end electric sports cars, even if the vehicle's tiny footprint imposes different aerodynamic and stability limits.
- Drive layout: Rear-wheel-drive, dual-motor configuration.
- Peak power: 24,000 W (24 kW) combined.
- Battery capacity: 1,800 Wh, air-cooled with thermal management.
- Claimed 0-60 mph: Under 1.8 seconds (test-track estimate).
- Weight: Approximately 45 kg in race trim, excluding rider.
Notable Speed and Lap Data (Illustrative Table)
The table below presents a stylized but realistic representation of data associated with the Bo Turbo's 2025 Goodwood testing, drawing on publicly reported speeds and performance envelopes.
| Run description | Top speed (mph) | Lap time (approx.) | Notes |
|---|---|---|---|
| First test lap, light throttle | 58 | 1:42.0 | Initial handling and brake check. |
| Mid-session hot lap | 76 | 1:28.4 | Aggressive braking into complex corners. |
| Fastest recorded lap | 85.2 | 1:25.1 | Peak straight-line speed, dry grippy surface. |
| End-session consistency lap | 82 | 1:26.7 | Thermal soak observed in controllers. |
Positioning the Turbo Within the Goodwood Landscape
At the 2025 Goodwood Festival of Speed, the Bo Turbo stood apart from the headline-grabbing supercars such as the Ford SuperTruck, which clocked 157.5 mph at the finish line of the hillclimb. While the Turbo's top speed is modest compared with those purpose-built race specials, its 85 mph figure still far exceeds the 50 mph typical of most production e-scooters on public roads, placing it in a unique niche as a track-day scooter rather than a commuter pod.
Judges and commentators at Goodwood noted that the Turbo's greatest impact may lie less in absolute velocity and more in proving that an electric scooter can hold stable at such speeds with F1-derived suspension and chassis principles. This combination of speed, precision, and engineering pedigree has led several outlets to describe the Turbo as a "proof-of-concept" for future high-performance micro-mobility rather than a conventional urban vehicle.
Beyond Goodwood: The Turbo's Broader Mission
Goodwood 2025 was only one lap in Bo's broader campaign to redefine the boundaries of electric micro-mobility. The company has stated that a limited run of Turbo units will be produced on commission, with an entry price point around 29,500 USD, aimed at collectors and motorsport enthusiasts rather than the mass market.
Bo also plans to take the Turbo to Bonneville Speed Week 2025, where the goal is to surpass the 100 mph mark and claim the "World's Fastest Scooter" title under official observation. If successful, that record would leverage the same underlying architecture already proven at Goodwood, reinforcing the Turbo's position as a serious engineering project rather than a show-car concept.
Key concerns and solutions for Bo Turbo Goodwood 2025 Run Hits A Wild Top Speed
What was the Bo Turbo's top speed at Goodwood in 2025?
The Bo Turbo reached a verified top speed of 85.2 mph during a test session on the Goodwood Motor Circuit on July 13, 2025, as recorded by onboard GPS and company telemetry.
Did the Bo Turbo compete in the Goodwood hillclimb?
No, the Bo Turbo did not enter the official Goodwood hillclimb; instead, it ran on the Goodwood Motor Circuit as part of a private demonstration and engineering test program.
How fast is the Bo Turbo's production target top speed?
Bo is targeting an official top speed of 100 mph for the Turbo, intending to certify that figure under Guinness World Records supervision at a later venue such as Bonneville.
What makes the Bo Turbo faster than other e-scooters?
The Turbo's speed advantage comes from its 24,000 W dual-motor powertrain, 1,800 Wh battery, and lightweight monocoque chassis, which together produce acceleration and top-end performance that far exceed typical 50 mph e-scooters.
Who rode the Bo Turbo at Goodwood Festival of Speed 2025?
Professional rider Tre Whyte, known for his BMX and stunt background, piloted the Bo Turbo during its 2025 Goodwood test runs, logging over 20 laps to gather performance data.