Have you ever wondered how you manage to bring a vehicle weighing several tons to a standstill with comparatively little effort on the brake pedal?
What appears so simple at first glance is actually the result of complex technical processes throughout the entire braking system. The brake booster plays a decisive role here, ensuring that the force exerted on the brake pedal is efficiently amplified and can therefore be used precisely. The brake booster is an essential component of modern vehicle technology, enabling a significant increase in safety and comfort when driving.
High braking performance is particularly important in heavy vehicles such as armored special protection vehicles and military vehicles. The higher the quality of the individual components in the entire braking system, the more precise the deceleration performance and safety.
Opt for high-performance braking systems from MOV'IT and get in touch with our development team now.
The function of a brake booster
A brake booster is a sophisticated system that amplifies the force exerted on the brake pedal by the foot. As a result, the hydraulic pressure required for braking is optimally utilized and efficiently transmitted to the brake system via the brake lines using the brake fluid.
This reinforcement means that the driver has to apply less force to move the brake pistons, which ultimately press the brake pads onto the brake discs, slowing the vehicle down through friction.
- The brake booster is responsible for amplifying the pedal force applied in order to achieve the braking force required to slow the vehicle down or bring it to a standstill.
Technological trends: From vacuum to electrical engineering
Vacuum brake booster
Until a few years ago, the brake booster was often based on a vacuum system that used the engine vacuum to increase the force. This system has been tried and tested for decades, but is increasingly reaching its limits - especially in electric vehicles that do not generate engine vacuum. Nevertheless, this technology remains in use in many vehicles due to its simplicity and reliability.
Electric-hydraulic brake booster
In modern vehicles, especially electric and hybrid cars, the automotive industry is increasingly relying on electro-hydraulic solutions. These work independently of the engine and offer:
- ✅ higher efficiency, as they do not cause any energy losses during motor operation.
- ✅ Flexibility in integration, as they are not dependent on combustion engines.
- ✅ more precise control of braking power, which makes a big difference, especially in safety-critical situations such as emergency braking.
This technology makes brake boosters a key component for the future of mobility and is an important step towards sustainable vehicle development. When it comes to special protection vehicles, precise control plays an even more important role.
From limited installation space to modern flexibility
In the past, the limited installation space was a major challenge, especially for vehicles that subsequently became heavier due to additional armoring. In order to achieve the necessary braking force:
- larger brake pistons are used, which take up more space.
- more brake fluid has to be moved, which requires the use of correspondingly larger brake master cylinders and brake boosters, among other things.
- The components have to be re-tuned to produce efficient heavy-duty braking systems.
Today, modern vehicles benefit from more generous installation space. Increasingly larger wheel dimensions offer enough space for powerful braking systems that meet the highest safety standards. It is no longer necessary to adapt the brake booster, as the available space and components can be optimally utilized.
MOV'IT brake systems: no modifications to the original brake system necessary
Our MOV'IT high-performance brake systems are specially designed to work perfectly with the manufacturer's original components. Each interface is designed and developed precisely for the system specified by the OEM.
When installing MOV'IT brake systems consisting of brake callipers, brake pads and brake discs, no other elements in the brake system need to be adapted:
- ➡️ No modification to the brake booster necessary
- ➡️ Seamless integration into the existing original system
- ➡️ Significantly improved braking effect without compromising on safety
MOV'IT offers you a worry-free way to optimize braking performance without compromising the reliability and safety of the original components.
Optimum control thanks to sophisticated brake modulation
The combination of high-quality individual components in a braking system can greatly improve the controllability of the vehicle and the driving experience.
If brake boosters, high-performance brake components on the wheels - such as a high-performance braking system from MOV'IT - and systems such as ABS and ESP are coordinated with each other, this results in far-reaching synergy effects that have a positive impact on braking behavior. This interaction ensures:
- Precise modulation of the braking force, which gives a better feel for the vehicle
- Better vehicle control, especially in critical driving situations
- Greater safety both on the road and off-road
Drivers benefit from safer, more stable vehicle handling and can rely on optimum braking performance at all times.
NOTE
Every system - including the braking system - is only as strong as its weakest link. Therefore, make sure you only install high-quality components in your vehicles. When it comes to high-performance braking systems, trust the experts at MOV'IT and get ready for the fast lane.
The most important facts in brief
- The brake booster makes it possible to reduce the actuation force on the pedal required to achieve the desired deceleration power.
- The brake booster is responsible for amplifying the pedal force applied in order to achieve the braking force required to slow the vehicle down or bring it to a standstill.
- Electro-hydraulic brake boosters are increasingly replacing classic vacuum systems.
- MOV'IT brake systems are perfectly matched to original brake systems - no further adjustments required.
- Optimized brake modulation ensures more precise deceleration performance and increased driving safety.
Talk to our experts
Do you have any questions about our brake systems or are you looking for professional and competent brake system development? Then send us your inquiry, we look forward to receiving your project inquiry.