Features – INSpider 110×4 Powermeter
- Mounting and retrofitting on every ROTOR OCP Direct Mount crank for 1x and 2x racing bike and MTB
- Can be combined for the first time with 24mm axle (Aldhu 24 in 5 crank lengths)
- Very light (only 149g)
- Integrated rechargeable battery up to 200h operating time (rechargeable battery permanently installed and not independently replaceable)
- Measurement on both sides (left, right, combined)
- Protected electronics encapsulated in housing
- Waterproof due to magnetic charging connection
- Bluetooth® Smart and ANT+™ transmission standards – and therefore compatible with almost all common bike computers
- Compatible with free ROTOR analysis software and APP (Windows, OS X, iOS and Android)
- Compatible to ROTOR 110×4 1x, 2x road bike and 1x MTB chainrings
Product features
- Use: Cyclocross, MTB, Road, Triathlon
- Model: INSpider
- Mounting: 110×4
- Battery: Rechargeable Li-ion
- Working time: 200 Hours
- Wireless technology: ANT+™, Bluetooth® Smart
- Measurement Type: Left and right
- OCA: No
Compatibility
- Road bike: ALDHU and VEGAST as well as ALDHU 24
- MTB: KAPIC Carbon, KAPIC, HAWK, RAPTOR
- For ROTOR 110×4 ALDHU chainrings and 1x and 2x 110×4 ROTOR Aero chainrings.
Material
- 7075 aluminum alloy
Color
- black
Weight
- 149g (manufacturer information)
Scope of delivery
- INSpider 110×4 Powermeter
Technologies
Alu CNC
Computer Numerical Control (CNC) machining provides a precise and consistent manufacturing process. This is especially important when it comes to crafting bike components in order to ensure flawless funcionality with respect to all the parts working together. Equipped with the latest CNC resources, ROTOR parts are precisely machined to within a hundredth of a millimeter.
OCP
Optimum Chainring Position (OCP) represents the different setup positions that ROTOR Q rings offer to fit a rider’s distinct pedaling style. Q rings feature up to 5 OCP´s, with OCP 3 as an intermediate starting point, all to optimize your pedaling style. You can determine your OCP if you know your Optimum Chainring Angle (OCA), which can be found by conducting a TORQUE 360 pedal analysis via ROTOR´s 2INpower and INpower User Software.
