Traditional
Braking
Vs
Sustainable
Braking®
The future of eco-friendly vehicle technology
The new benchmark
OGAB Invent is at the forefront of this transformation, offering a revolutionary Sustainable Braking system that not only addresses the shortcomings of conventional methods but also sets a new benchmark for safety, cost-effectiveness, and environmental responsibility.
Below we look at the key differences between these two approaches, highlighting why sustainable braking is the future of the automotive industry.
Current issues with the outdated,
traditional vehicle braking systems...
Brake wear is recognised as a significant contributor of traffic-related PM emissions and contributes up to 55%.
WHO estimates that around 7 million people die every year from exposure to fine particles (PM2.5) in polluted air.
Due to overheating and increased brake wear, brake maintenance costs are inflated by as much as 40%.
01: High braking temperatures
01
High braking temperatures
Traditional braking systems generate substantial heat during use, which can lead to overheating of the brake pads and discs.
This heat buildup not only reduces the system’s efficiency but also increases the risk of brake fade, where the brakes lose stopping power due to extreme temperatures, compromising vehicle safety.
02: Pad and disc waste
02
Pad and disc waste
Excessive heat from traditional braking accelerates the wear and tear on brake pads and discs, leading to frequent replacements.
This creates significant waste, as discarded brake components must be continually manufactured and disposed of, adding to environmental pollution and the depletion of resources used in brake production.
03: High costs
03
High costs
The continuous wear caused by overheating in traditional braking systems results in costly maintenance, requiring regular replacement of brake pads and discs.
Additionally, the risk of component failure and potential safety hazards can lead to expensive repairs, driving up overall vehicle ownership costs over time.
04: Poor performance
04
Performance
Traditional braking systems often suffer from diminished performance under high-temperature conditions, with heat-induced expansion of metal components affecting their structural integrity.
This leads to longer stopping distances, reduced brake responsiveness, and a lack of consistent braking power, all of which negatively impact vehicle control and safety.
05: Serious health implications
05
Health
Traditional braking systems release fine particulate matter (PM), including metals like copper and zinc, during use.
These particles become airborne and can be inhaled, leading to serious health issues such as respiratory problems, cardiovascular diseases, and increased mortality rates, especially in urban areas where vehicle density is high.
06: Reduced safety
06
Reduced safety
The safety risks of traditional braking systems increase when brakes overheat, as this can lead to brake fade or even complete failure during high-demand situations.
Overheated brakes struggle to maintain effective friction, reducing the driver’s ability to stop quickly in emergencies, thus increasing the likelihood of accidents.
07: Environmental hazards
07
Environmental hazards
Particulate matter generated by traditional brake wear not only contaminates the air but also settles in soil and water, contributing to long-term environmental damage.
The accumulation of brake dust can harm ecosystems, while the release of toxic metals and chemicals exacerbates air pollution and contributes to climate change.
08: Disrupted aerodynamics
08
Disrupted aerodynamics
Airflow around the wheels and in wheel housings disrupts the smooth flow of air around the vehicle, it creates turbulence and can contribute up to 30% of vehicle drag.
This disruption leads to reduced fuel efficiency and higher energy consumption, which, in turn, worsens the vehicle’s environmental footprint and operational performance.
So what's the solution?
OGAB's Sustainable Braking system: The comprehensive
solution to the urgent braking challenges...
Our brake assembly enclosure allows up to 95% capture of particulate matter from brake wear.
In testing, our technology reduces the brake disc average volume temperature by 80.89%.
A reduction in average disc temperature of 22% with braking applied for just 62.5 seconds.
01
Controlled brake temperature
OGAB’s Sustainable Braking system actively manages brake temperatures, reducing brake disc average volume temperature by 80.89% preventing overheating and brake fade.
With no moving parts, the system operates reliably and efficiently, minimizing the risk of mechanical failure and brake fade by maintaining optimal braking temperatures for enhanced safety, longevity and performance, even in high-demand conditions.
02
Less waste
By controlling brake temperatures and reducing wear, the OGAB Sustainable Braking system significantly extends the lifespan of brake pads and discs.
This results in less frequent replacements and lower waste generation, contributing to both environmental sustainability and reduced operational costs for vehicle owners.
03
Reduced cost
OGAB’s Sustainable Braking system significantly lowers maintenance costs by prolonging the lifespan of brake components, reducing the need for frequent replacements.
With no moving parts in the system, there’s minimal risk of mechanical failure, further reducing repair expenses and ensuring long-term reliability, making it a cost-effective solution for vehicle owners.
04
Improved performance
OGAB’s Sustainable Braking system delivers enhanced performance by maintaining optimal brake temperatures, preventing overheating and brake fade. With consistent braking power and shorter stopping distances, the system ensures superior control and reliability.
Additionally, the integration of aerodynamic smoothy wheels reduces drag by up to 12%, further boosting vehicle efficiency and overall braking responsiveness, making it ideal for high-performance and safety-conscious applications.
05
Better health and sustainability
OGAB’s Sustainable Braking system captures up to 95% of harmful particulate matter, reducing the release of toxic brake dust into the environment.
This cleaner technology improves air quality, protecting human health from respiratory issues and supporting a more sustainable future by minimizing pollution.
06
Safer transport
The OGAB system enhances vehicle safety by maintaining optimal braking performance, even under intense or prolonged use.
Reduced heat buildup and improved control of braking components prevent brake failure, ensuring safer transportation for both drivers and passengers, particularly in emergency situations.
07
Reduced environmental impact
08
Improved aerodynamics
OGAB’s smoothy wheels, designed to complement the braking system, reduce vehicle drag by up to 12% and side force by an impressive 94%.
This aerodynamic enhancement lowers energy consumption, improves fuel efficiency, and further reduces emissions, offering both performance and environmental benefits.
