How does a car with electronic handbrake drift? Revealing the secrets of modern drifting techniques
Drifting has always been a fascinating technology in car culture, but with the increasing degree of electronics in modern cars, especially the popularity of electronic handbrakes (EPB), traditional drifting methods are facing challenges. This article will combine the hot topics and hot content on the Internet in the past 10 days to analyze how electronic handbrake vehicles achieve drift, and provide structured data to help understand.
1. The difference between electronic handbrake and traditional handbrake
Electronic handbrake (EPB) uses a motor to drive the brake caliper, which is essentially different from the steel cable structure of traditional mechanical handbrake. Here's a comparison of the two:
| Comparative item | Electronic handbrake (EPB) | Traditional mechanical handbrake |
|---|---|---|
| Operation mode | button control | Tie rod mechanical operation |
| Response speed | slight delay | Instant response |
| Drift suitability | Requires special skills | Available directly |
| security | Automatically prevent misoperation | Full manual control |
2. The core principle of electronic handbrake vehicle drift
The key to drifting with an electronic handbrake vehicle ischeat the systemorTake advantage of system features:
1.Dynamic pattern breakthrough: Some models will relax electronic handbrake intervention restrictions in sports mode.
2.Simulate locked rear wheels: By operating the electronic handbrake button in rapid succession, a brief rear wheel lock may be triggered.
3.Intervention delay using Electronic Stability Program (ESP): Precisely control the throttle and steering wheel angle to complete the drifting action before ESP intervenes.
3. Detailed explanation of operating steps
| step | Operational points | Things to note |
|---|---|---|
| 1. Preparation stage | Turn off ESP/select sport mode | Ensure safe venue |
| 2. Before entering the bend | Maintain appropriate speed (40-60km/h) | Danger of too high speed |
| 3. Trigger drift | Quickly pull up and hold the electronic handbrake button for 1-2 seconds | Need to practice timing |
| 4. Control phase | At the same time reverse the direction and control the throttle | keep sight direction |
| 5. Exit drift | Gradually return to the right direction and refuel steadily | avoid sudden movements |
4. Actual measurement data of popular models
Based on recent actual measurement discussions on automobile forums, the electronic handbrake drift performance of the following models has been sorted out:
| car model | Electronic handbrake type | Drift feasibility | difficulty rating |
|---|---|---|---|
| BMW 3 Series | Integrated EPB | higher | ★★★☆☆ |
| Audi A4 | Caliper type EPB | medium | ★★★★☆ |
| Mercedes Benz C Class | electronic brake by wire | lower | ★★★★★ |
| Toyota 86 | Traditional handbrake (some models) | extremely high | ★☆☆☆☆ |
5. Safety precautions
1.Venue selection: Must be performed in a closed venue, avoiding public roads.
2.vehicle inspection: Make sure the tires and brake system are in good condition.
3.step by step: Start practicing at low speed and small angle, and gradually increase the difficulty.
4.Professional guidance: It is recommended to have a professional driver present to guide you when you first try.
5.emergency preparedness:Learn how to quickly release the electronic handbrake emergency state.
6. Future development of electronic handbrake drift
As the degree of electronics in automobiles continues to increase, manufacturers have begun to pay attention to the needs of driving enthusiasts. Recent hot topics show that some high-performance models have begun to provide "drift mode", such as:
- BMW M Series: Electronic handbrake can simulate traditional handbrake function in specific modes
- Porsche 911: Provides adjustable electronic handbrake intervention
- Nissan 370Z: the "last" sports car that retains a mechanical handbrake
The evolution of driving techniques has always been aligned with technological developments. Although drifting in the electronic handbrake era is more challenging, it also spawns new techniques and modifications. It is recommended that enthusiasts continue to pay attention to the electronic system characteristics of various brands of models and explore the fun of modern drifting under the premise of safety.
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