Gumpert Apollo destroyed in crash by 20-year-old driver in Germany
A 20-year-old lost control of a €300,000 Gumpert Apollo near Brokdorf, Germany, destroying the supercar and leaving both occupants with minor injuries.
A Gumpert Apollo supercar, valued at around €300,000, was destroyed after a 20-year-old driver crashed the car on a rural road between Brokdorf and Wilster in Germany. The incident took place on 11 April 2011, leaving both the driver and his 19-year-old female passenger with minor injuries. Emergency services attended the scene and confirmed that, despite the severity of the crash, both occupants escaped with only slight injuries.
Gumpert Apollo destroyed by young driver in Germany
Details of the accident
According to reports from the scene, the young driver lost control of the Gumpert Apollo while negotiating a curve at excessive speed. The car left the road and sustained heavy damage, resulting in a total loss. The combination of high speed and the challenging bend proved too much, even for a car designed with race-track performance in mind. The accident highlights the dangers posed by powerful vehicles in inexperienced hands, especially on public roads where conditions can be unpredictable.
The aftermath showed the vehicle was destroyed beyond repair. However, the passenger compartment remained largely intact, which contributed to the occupants escaping with only minor injuries. This outcome points to the effectiveness of the Apollo’s crash protection, even in severe accidents.
Background: The Gumpert Apollo
The Gumpert Apollo is a rare, high-performance supercar produced by Gumpert Sportwagenmanufaktur, a company founded by former Audi engineer Roland Gumpert. The Apollo is a mid-engined, rear-wheel-drive two-seater, built on a tubular chromoly frame with fibreglass or optional carbon fibre body panels. Designed for extreme performance and track use, the Apollo is nevertheless street-legal.
Notably, Gumpert claimed the Apollo’s aerodynamic design was so effective that, in theory, the car could drive upside-down in a tunnel at speeds above 190 mph. While this claim has not been tested, it illustrates the car’s focus on downforce and handling. The Apollo’s low weight, ranging from 1,100 to 1,200 kg depending on specification, contributes to its impressive agility and speed.
| Engine options | 650 PS, 700 PS, or 800 PS versions |
|---|---|
| Top speed | 360.4 km/h (223.9 mph) |
| 0-100 km/h | 2.9 seconds |
| 0-200 km/h | 8.8 seconds |
| Weight | 1,100–1,200 kg |
| Drive | Rear-wheel drive |
Depending on specification, the Apollo is powered by a twin-turbocharged V8 engine producing between 650 and 800 PS. Acceleration from 0 to 100 km/h takes just 2.9 seconds, and 0 to 200 km/h is reached in 8.8 seconds. The car’s top speed is over 360 km/h (224 mph), placing it firmly in the hypercar category. The Apollo was produced in limited numbers, making each example rare and highly valuable.
High-performance cars and young drivers
This incident draws attention to the risks involved when inexperienced drivers take control of extremely powerful supercars. The Gumpert Apollo’s combination of low weight, high power, and minimal electronic driver aids leaves little margin for error. On public roads, where conditions can change rapidly and hazards are unpredictable, these factors can quickly lead to loss of control, as seen in this crash.
Similar incidents have occurred with other high-value supercars, such as the Ferrari F40 crash in Germany, where loss of control at speed resulted in another rare car being written off. These cases raise ongoing questions about who should be entrusted with the keys to such powerful vehicles and whether additional training or restrictions should be considered for young or inexperienced drivers.
Consequences and aftermath
The destruction of the Gumpert Apollo represents a significant loss, not only in financial terms but also due to the rarity of the vehicle. For the owner and enthusiasts, the loss of one of these limited-production supercars is keenly felt. Insurance investigations typically follow such incidents, and questions may be raised about the circumstances of the crash and the suitability of the driver for such a car.
For the driver and passenger, the minor injuries sustained are a fortunate outcome, given the high speeds involved and the extent of the damage. The incident serves as a reminder of the importance of respecting the capabilities and limits of high-performance vehicles, especially for those with limited experience. Both occupants escaped with minor injuries despite the Apollo’s destruction, highlighting the effectiveness of its crash structure.
Summary
The crash of the Gumpert Apollo near Brokdorf serves as a cautionary tale about the dangers of combining youthful inexperience with the immense capabilities of modern supercars. While the car itself was destroyed, the survival of its occupants demonstrates the value of advanced engineering and safety design. The incident also prompts reflection on the responsibilities that come with owning and driving such rare and powerful machines.
