RACE-DRIVEN F-81594 Rear Riptide Steel Brake Rotor

( Brand: Race-driven ), ( Manufacturer Part Number: F-81594 ), ( Part Type: Rotor Brake ), ( Material: Stainless Steel )

Review RACE DRIVEN Kawasaki Rear Riptide Stainless Steel Brake Rotor fits KDX200 KDX 200 1990–1994

The Race-Driven F-81594 Kawasaki KX200/KDX200 Rear Riptide Steel Brake Rotor is a high-performance upgrade for your off-road motorcycle. This rotor is designed specifically for the 1990-1994 Kawasaki KX200 and KDX200 models, ensuring a perfect fit and optimal performance.

Crafted from premium steel, this rotor offers exceptional strength and durability. The steel material is known for its ability to withstand the intense heat generation and high-stress conditions that come with aggressive off-road riding. This ensures consistent performance and longevity, even under heavy braking.

The Riptide design of this brake rotor is not just for aesthetics. The Riptide pattern provides increased surface area, which in turn increases the rotor's ability to dissipate heat. This results in improved braking performance, particularly during long or high-speed rides. The increased heat dissipation also reduces the risk of brake fade, ensuring your safety on the track or trail.

The Race-Driven F-81594 Kawasaki KX200/KDX200 Rear Riptide Steel Brake Rotor is a direct replacement for your stock rotor, making installation straightforward. It comes with all necessary hardware, including the necessary bolts and a brake pad for a hassle-free installation process.

In conclusion, the Race-Driven F-81594 Kawasaki KX200/KDX200 Rear Riptide Steel Brake Rotor is a superior upgrade for your 1990-1994 Kawasaki KX200 or KDX200. Its robust steel construction, Riptide design for improved heat dissipation, and included hardware make it an excellent choice for serious off-road riders who demand the best in braking performance.

1. Durability: Steel rotors are known for their durability and resistance to wear and tear, making them a reliable choice for long-term use.

2. Performance: The Riptide rotors are designed to improve braking performance, providing better stopping power and control, especially in extreme conditions.

3. Compatibility: This rotor is specifically designed for the Kawasaki KMX200, ensuring a perfect fit and seamless integration with the bike's braking system.

1. Cost: Steel brake rotors can be more expensive compared to other materials like cast iron. However, the improved performance and longevity may offset the initial cost over time.

2. Weight: Steel rotors are heavier than cast iron rotors, which could potentially impact the bike's handling and acceleration.

Conclusion: If you're looking for a reliable, high-performance brake rotor for your Kawasaki KMX200, the Riptide steel rotor is a solid choice. Its durability and improved braking performance make it a worthwhile investment, especially if you prioritize safety and performance in your riding experience.

Recommendation: We recommend considering the potential weight increase and comparing the cost of the Riptide rotor with other options on the market to ensure it fits within your budget. Ultimately, the improved braking performance and durability may make the investment worthwhile for many riders.

Details:

Offers stainless steel rotors robe purchased individually or as a kit including and pads. 1990 - 1994 Kawasaki KDX200 KDX 200 Rear RipTide Stainless Steel Brake Rotor: Brand New Riptide Rotors. Riptide Rotors - Play Hard with Cool Confidence.

part #: f81594 price

• $48.35

specifications cyclebrakeshoe:

• for models: Kdx200, Kdx, 200
• for makes: Kawasaki
• for years: 1990-1994
• brand: Race-driven
• mpn: F-81594
• part type: Rotor Brake
• material: Stainless Steel

shipping cyclebrakeshoe:

• type: Fixed
• service: FedEx 2Day
• transit: 4-9 Days
• cost: $0.00
• class: Expedited
• carrier: FedEx

general cyclebrakeshoe:

• condition: New
• Motorcycle Scooter Parts Accessories > Brakes Brake Parts > Brake Shoes

returns cyclebrakeshoe:

• time: 30 Days
• paid by: Seller
• policy: Returns Accepted

seller cyclebrakeshoe:

• rating: 98.8%
• city: Escanaba, Michigan
• # reviews: 19225

offer cyclebrakeshoe:

• options: Ship-to-home
• quantity: 10
• started: February 20, 2025
• sold: 0
• availability: In Stock

payments cyclebrakeshoe:

• credit card: Diners-club
• wallet: Paypal
• other

Race-driven F-81594 Is Similar To:

• 01-2610 Race Tech Rear Shock (21% similar) With this super convenient and easy to use kit from motion pro, you're getting the throttle tube assembly, cable, carburetor cap if your machine needs one change out thumb actuated for a twist. Feel free to ask questions before you purchase. Verification identity increases customer trust because it ...(December 19th, 2017)
• 162891 S5818094 Race Tech Yamaha Fazer Factory Rear Shock Spring (23.8% similar) Race tech spring S5818094 on a factory shock from running 2005 Yamaha FZS1000 FZ1 faze with 7,197 miles. Most of these parts will work on FZ1'S, as well some other Yamaha's, but please research yourself if it is for anything a 2005 FZ1. Engine SL5K017D, frame serial number. Location F12...(March 20th, 2018)
• 271898 Racetech Race Tech Rear Shock Aftermarket Racing Fully Adjustable (29.8% similar) Race tech 08 ZX14 rear shock aftermarket racing fully adjustable. An item that has been used previously. The information provided is from a visual inspection and presented in good faith believed to be correct. Southwest cycles inc. I am unaware of how much miles were put on this shock but it is in ...(May 11th, 2018)
• 429527 Race Tech Harley Davidson Sportster Rear Shocks (21.3% similar) Perfect condition, make your sporty handle like a dream. Sold the bike and buyer didn't want shocks. Had these on 2010 sportswear for less than 1000 miles...(June 16th, 2018)
• A-21459 Race-driven 2001 Yamaha Wr250f 191916568491 (28.6% similar) Riptide rotors are designed with extra venting to cool your brakes in dry and heated riding conditions. These pads will work excellent in all conditions including mud, water, sand, racing and any other condition you can throw at them. Customer driven quality Race-driven. Race-driven severe duty ...(January 25th, 2018)
• A-24063 Race-driven 1994 Kawasaki Kdx200 191916375051 (45.6% similar) Free shipping entire us...(January 13th, 2018)
• A-53467 Race-driven 2010 2016 Ktm 191916629673 (29.6% similar) These pads will work excellent in all conditions including mud, water, sand, racing and any other condition you can throw at them. Riptide rotors are designed with extra venting to cool your brakes in dry and heated riding conditions. Customer driven quality Race-driven. Race-driven severe duty ...(February 4th, 2018)
• A-53498 Race-driven 1998 2003 Ktm (32.6% similar) Race-driven severe duty brake pads are a sauntered metal pad which will far out last any semi metallic or organic on the market. Customer driven quality Race-driven. Riptide rotors are designed with extra venting to cool your brakes in dry and heated riding conditions...(September 28th, 2017)
• A-53501 Race-driven 1998 2003 Ktm (32.6% similar) Riptide rotors - play hard with cool confidence. Riptide rotors are designed with extra venting to cool your brakes in dry and heated riding conditions. Customer driven quality Race-driven. As brake pads wear numerous times, the rotors are going to take a beating and need be replaced...(October 2nd, 2017)
• A-53515 Race-driven 1998 2002 Ktm (32.6% similar) Riptide rotors are designed with extra venting to cool your brakes in dry and heated riding conditions. Race-driven severe duty brake pads are a sauntered metal pad which will far out last any semi metallic or organic on the market. Customer driven quality Race-driven. These pads will work excellent...(October 3rd, 2017)
• A-53566 Race-driven 2004 2009 Ktm 191916135013 (31% similar) Riptide rotors are designed with extra venting to cool your brakes in dry and heated riding conditions. Race-driven severe duty brake pads are a sauntered metal pad which will far out last any semi metallic or organic on the market. These pads will work excellent in all conditions including mud, ...(January 2nd, 2018)