-
UsedOrbea Occam 29 chain protector- €8.99
-
New productLezyne chainstay protector size L- €6.99
-
New productLezyne chainstay protector size M- €6.99
-
New product -50%Lizard skins Jumbo chainstay guard- €5.00
- €9.99
-
New productLezyne chainstay protector size S- €6.99
-
New productWilier frame protectors- €4.99
-
New productGiant Anthem X freeride MTB frame size M- €699.99
-
New productFrame protection carbon- €1.55
-
UsedCannondale Jekyll 26" MTB Rear Triangle- €129.99
-
New productCarbon freeride MTB frame GT Zaskar Elite 100 size L- €1,149.99
-
New product UsedMTB full floater Trek Fuel EX5 26 inches- €129.99
-
UsedYeti ASX frame size M- €129.99
-
New product -25%Road MTB frame protection- €19.49
- €25.99
Showing 1-13 of 13 item(s)
Function of a Freeride MTB Frame:
The frame of a freeride mountain bike plays a vital role in the overall performance of the bike. It is designed to provide the robustness necessary to withstand the extreme stresses of freeriding, which includes jumps, technical descents, and varied terrain. Here are the main features and functions of a freeride mountain bike frame:
Main Features :
1. Robust construction:
Freeride mountain bike frames are made with sturdy materials such as aluminum or, in some cases, reinforced carbon. This reinforced construction is essential to resist the stresses and impacts encountered during aggressive descents and jumps.
2. Adapted Geometry:
The frame geometry is specifically adapted to freeride. It promotes a centered and balanced position on the bike, providing optimal stability during fast descents while allowing sufficient maneuverability for jumps and technical turns.
3. Consistent travel:
Freeride mountain bike frames are equipped with suspension offering generous travel. Travel, measured in millimeters, indicates the maximum distance the suspension can compress. Greater travel absorbs shock better on uneven terrain.
4. Reinforced Fixing Points:
Mounting points, such as derailleur hangers and brake hangers, are reinforced to withstand the added stress generated by jumping and landing.
5. Compatibility with Shock Absorbers:
Freeride mountain bike frames are often designed to be compatible with high-performance rear shocks. This allows the suspension to be adjusted to meet rider preferences and specific terrain characteristics.
6. Inclined Upper Tube:
Some freeride mountain bike frames have a top tube that slopes downward, making it easier to maneuver the bike during jumps and tricks.
7. Structural Reinforcements:
Areas subject to high stress, such as the downtube and bottom bracket, can be reinforced to ensure maximum durability.
8. Compatibility with Wide Tires:
Freeride mountain bike frames are often designed to accept wider tires, providing better grip and increased shock absorption.
9. Frame Protection:
Some models include built-in guards to prevent damage from impacts from stones and other debris.
10. Aesthetics and Personalization:
Freeride mountain bike frames can also feature eye-catching designs, and some models offer customization options so riders can express their style.
In summary, a freeride mountain bike frame must combine robustness, adapted geometry, significant travel, and compatibility with high-end components to meet the specific requirements of freeride practice.