Description
Insight Platform Pro Nylon 9/16" Pedals
Overview
The Insight Platform Pro Nylon are full-size platform pedals constructed from molded nylon for lightweight performance. Built with a chromoly axle and ball bearings, these pedals deliver smooth operation and reliable foot control on a spacious 111 × 105mm pro platform suitable for all riding styles.
Key Features
- Molded Nylon Body — Lightweight composite construction resists cracks and impact damage; reduces overall pedal weight while maintaining durability for tricks and general riding
- 9/16" Chromoly Axle — Chromoly steel axle provides superior strength and wear resistance; ensures reliable threading into crank arms and handles loads without bending
- Ball Bearings — Sealed ball bearing system provides smooth spindle rotation with minimal friction; enables fast pedal spin and responsive feel
- Molded Pins — Integrated grip pins are molded directly into the pedal platform; provide consistent traction without loose pins or replacement needs
- Pro Platform Size — 111 × 105mm full-size platform offers ample foot contact and support for all skill levels and riding disciplines
- Lightweight Construction — 305g per pair keeps rotational mass low; improves response and trick execution
Technical Specifications
- Axle size: 9/16"
- Axle material: Chromoly steel
- Platform body material: Molded nylon
- Platform dimensions: 111L × 105W mm
- Weight: 305g per pair
- Bearing system: Ball bearings
- Pin system: Molded pins
Compatibility & Ideal Use Cases
Compatible with all standard BMX cranksets using 9/16" axles. The lightweight nylon construction and smooth ball bearings make these pedals ideal for riders seeking responsive, low-maintenance foot control. Well-suited for street, park, and trick riding where light weight and smooth pedal spin improve maneuverability. The molded pin design eliminates the need for pin replacement or adjustment. Suitable for all rider experience levels prioritizing simplicity, durability, and affordability without sacrificing performance.


