Australian engineering tests show an average 14% improvement in braking distance, and up to 21% when fitted together with rear disc conversion kit. Features Include
Improve your braking performance with Terrain Tamers Big Brake Kit
Braking distance plays a crucial role in road safety, and advancements in automotive engineering continue to enhance this vital aspect of vehicle performance. Recent tests of Terrain Tamer’s Big Brake Kit conducted in Australia have shown promising results, revealing an average 14% improvement in braking distance. Moreover, when combined with a Rear Disc Conversion Kit, the improvement can be as high as 21%. We will delve into the details of these tests, explore the key features of the braking system, and discuss the necessary engineering and safety standards for installation.
As drivers, we understand the significance of responsive and efficient braking systems. They provide us with the confidence to navigate the roads safely and effectively. Manufacturers and engineers are constantly working to improve braking performance, and the results of the Australian engineering tests demonstrate notable progress in this field.
The Importance of Braking Performance
The performance of brakes plays a crucial role in ensuring safety and control while navigating off-road terrains. The ability to achieve a shorter braking distance can be the decisive factor between narrowly escaping a potential accident and experiencing a collision in challenging terrain in your 4wd. It empowers drivers to swiftly respond to unforeseen obstacles or abrupt alterations in terrain conditions. Terrain Tamer has developed a Brake Kit suited for Australian conditions.
Big Brake Upgrade Kit: Australian Engineering Tests and Results
The Australian engineering tests were conducted to evaluate the braking performance of the Big Brake Upgrade Kit. The results were impressive, revealing an average 14% improvement in braking distance. This improvement can be attributed to various factors, including the design and features of the braking components.
Up to 21% Improvement with Rear Disc Conversion Kit
The Braking Kit system's performance was further enhanced when paired with a Rear Disc Conversion Kit. The combination resulted in an impressive improvement of up to 21% in braking distance. This upgrade provides even greater stopping power and allows for increased control over the vehicle in various driving conditions.
Key Features of the Big Brake Upgrade Kit Braking System
The improved braking performance can be attributed to several key features of the Braking Kit. These features work in harmony to deliver exceptional stopping power and responsiveness. Let's explore them in more detail:
Enlarged 2 Piece Forged Aluminium Calipers
The Braking Kit utilises enlarged 2 piece forged aluminium callipers. This design ensures greater strength and durability while minimising weight. The lightweight construction helps reduce unsprung weight, which positively affects the overall handling and performance of the vehicle.
6 Pot (Front) or 4 Pot (Rear) Calipers
The Braking Kit comes with a pair of 6 pot callipers for the front wheels or 4 pot callipers for the rear wheels. These high-performance callipers provide consistent and even clamping force on the brake rotors, resulting in improved braking efficiency. The callipers are engineered to withstand high temperatures and maintain optimal performance even during demanding driving conditions.
Increased Swept Area with Geomet-Coated Rotors
This 4WD Braking Kit incorporates 6-slot or 10-slot and dimpled Geomet-coated rotors, which offer up to a 40% increase in swept area compared to OE rotors. The larger surface area improves heat dissipation and enhances braking performance, especially during prolonged or heavy braking. The Geomet coating provides corrosion resistance, prolonging the lifespan of the rotors.
Matching Caliper Brackets and Bolts
To ensure proper installation and optimal performance, the braking system includes matching calliper brackets and bolts. These components are engineered to fit seamlessly with the callipers and other braking system elements. The precise fit and compatibility enhance the system's overall integrity and functionality.
Kevlar Ceramic Low Dust Brake Pads
The brake pads in the system are made from kevlar ceramic material. These pads offer excellent friction characteristics, resulting in responsive and efficient braking. Additionally, they produce less brake dust compared to traditional brake pads, reducing maintenance and keeping the wheels cleaner.
Stainless Steel Braided Hoses
The braking system includes a full axle set of stainless steel braided hoses. These hoses provide enhanced durability and improved brake pedal feel. They are resistant to expansion under pressure, ensuring consistent brake performance and a firm pedal response.
High Grade Alloy Steel Brake Pad Insulators
The brake pad insulators are made from high-grade alloy steel, ensuring efficient heat transfer and minimising heat-related brake fade. The insulators help maintain consistent braking performance and prevent premature wear of the brake pads.
Stainless Steel Abutments
The braking system incorporates stainless steel abutments, which serve as guides and supports for the brake pads. These abutments ensure proper alignment and movement of the brake pads, contributing to consistent and even braking performance.
Engineering and Safety Standards of Terrain Tamer Brake Upgrade Kits
It is essential to highlight that the Big Brake Upgrade Kits are fully engineered and ADR approved. This means that they have undergone rigorous testing and meet the necessary safety and performance standards set by the Australian Design Rules (ADR).
Installation by Qualified Mechanics
To ensure proper installation and functionality, these Braking System Kits should only be installed by qualified mechanics. The installation process requires technical expertise and precision to guarantee optimal performance and safety.
Engineer Inspection and Compliance with State Regulations
After the installation of the Braking System Upgrade Kit, it is crucial to have it inspected and signed off by an engineer. This step ensures compliance with state regulations and validates the safety and effectiveness of the upgraded braking system. It is imperative to follow these procedures to meet the necessary legal requirements and maintain the overall safety of the vehicle.
Choose the Terrain Tamer Big Brake Kit for your 4WD
The Australian engineering tests have demonstrated a remarkable improvement in braking distance, showcasing the potential for enhanced safety and performance on the roads. The Terrain Tamer braking system offers various features that contribute to this improvement, including enlarged forged aluminium callipers, Geomet-coated rotors, and high-performance brake pads. It is crucial to follow the recommended engineering and safety standards during installation and ensure compliance with state regulations.
By choosing a braking system that has undergone extensive testing and meets industry standards, drivers can enjoy increased peace of mind, knowing they have invested in their safety and the safety of others on the road.
Video Transcript:
https://www.youtube.com/watch?v=iPur6dYeye0
Installing Big Brake Upgrade Kits: A Step-by-Step Guide
Terrain Tamer strongly recommends entrusting all brake-related tasks to a certified mechanic.
- Elevate the vehicle using a hoist and remove the wheels. Securely clamp off the flexible brake hoses to prevent fluid leakage.
- Loosen the brake pipe and eliminate the retainer clip and pipe retainer bracket.
- Unbolt the calliper bolts and discard both the calliper and disc rotor.
- Make space for the larger rotor by removing the back plate. Thoroughly clean the rotor mounting face. To ensure proper clearance, temporarily fit the new disc rotor using two wheel nuts and check the back plate.
- Attach the spacer bracket and calliper to the housing, ensuring that the rotor is centrally positioned between the calliper sides.
- Apply an anti-scrawl compound to the disc pad breaking plate, then proceed to install the pads.
- Install the anti-rattle springs and secure them with bolts.
- Install the new flexible brake hose.
- Reinstall the retainer spring clip and hose retainer bracket, ensuring proper alignment with the hose.
- After reattaching the wheels, allow the brakes to settle by driving the vehicle and gradually applying the brakes to bed in the new brake pads. Close
