Can-Am ATV Wheel Spacers 25mm 4x136 4x137 - 25mm, M10x1.25 - Set of 2 Pieces

Can-Am ATV Wheel Spacers 4x136 4x137 25mm, M10x1.25 Set of 2 Pieces These Can-Am ATV spacers are an ideal solution when you want to increase the track width of your ATV without using very thick spacers. With a thickness of approximately 25 mm (1 inch) for each wheel, the spacers offer a very good compromise between widening the ATV, appearance, and the additional space available in the wheel area. They are intended for Can-Am ATVs that use: Bolt pattern: 4x136.5 (4x137 family) Thread: M10x1.25 Thickness: 25 mm (1 inch) Can-Am Compatibility This spacer model is primarily intended for Can-Am ATVs with the appropriate configuration. Depending on the year and generation, it may have applications for models in the following ranges: Can-Am Outlander Can-Am Outlander 400 Can-Am Outlander 450 Can-Am Outlander 500 Can-Am Outlander 570 Can-Am Outlander 650 Can-Am Outlander 800 Can-Am Outlander 850 Can-Am Outlander 1000 Can-Am Outlander MAX (certain generations) Can-Am Renegade Can-Am Renegade 500 Can-Am Renegade 570 Can-Am Renegade 650 Can-Am Renegade 800 Can-Am Renegade 850 Can-Am Renegade 1000 IMPORTANT: Exact compatibility depends on the year and generation of the ATV. The ATV must have both the correct bolt pattern and M10x1.25 threaded studs. 25 mm per wheel = +50 mm track width Each spacer is approximately 25 mm (1 inch) thick. By mounting a pair on the same axle: The left wheel is moved approximately 25 mm outward; The right wheel is moved approximately 25 mm outward; The total track width increases by approximately 50 mm (5 cm). This dimension is very attractive for users who want a moderate widening of their ATV. Can-Am Outlander Spacers For a Can-Am Outlander, spacers can be useful when installing: Wider ATV tires; Mud tires; Aftermarket rims; Rims with different offset; Snow chains; Other off-road configurations. By moving the wheels outward, more space can be gained between the tire and certain suspension components. Can-Am Renegade Spacers Can-Am Renegade models are frequently equipped with aftermarket rims and tires. The 25 mm spacers allow for a wider look without reaching the very large modification produced by 50-51 mm spacers. They are an interesting choice for ATVs used in: Off-road, mud, forests, mountain trails, agriculture, recreational use. 6061-T6 Aluminum The spacers are made of 6061-T6 aluminum, a material frequently used for components where a good strength-to-weight ratio and machining precision are important. Why choose 25 mm spacers? 25 mm spacers are a more moderate option than 50-51 mm ones. Advantages: Approximately +25 mm per wheel Approximately +50 mm track width per axle Wider ATV appearance Can create extra room for tires Useful with certain aftermarket rims Can assist in mounting snow chains Suitable for Can-Am off-road projects A more moderate modification than 51 mm spacers Technical Specifications Product type: ATV wheel spacers/flanges Main purpose: Can-Am ATV Bolt pattern: 4x136.5 Usual PCD compatibility: 4x136/4x137 family Thickness: 25 mm (1 inch) Thread: M10x1.25 Material: 6061-T6 Aluminum Quantity: 2 pieces (pair) Track width increase: approx. 50 mm per axle Installation: Between the hub and the rim Purpose: ATV, Quad, Off-Road What does the package contain? The package contains: 2 x 25 mm Can-Am ATV spacers Fasteners for installing the spacers One set is sufficient for a single axle. For installation on all four wheels, 2 sets (4 spacers) are required. 25 mm or 51 mm - which one to choose? If you want a moderate widening of your ATV, the 25 mm variant is the more balanced choice. 25 mm spacers: +50 mm total track width per axle 51 mm spacers: +102 mm total track width per axle The 25 mm variant is suitable when you do not want the wheels to be moved very far outward. IMPORTANT: Check the studs before ordering These spacers are: 4x136.5, 25 mm, M10x1.25 It is not enough for the ATV to be a Can-Am and have a 4x137 bolt pattern. Some Can-Am generations may use other stud dimensions, including M12. Before ordering, check: 1. Bolt pattern (PCD) 2. Stud diameter 3. Thread pitch 4. Year and generation of the ATV If the ATV util