Gen2: CubeWheel CW0162

CubeSpace (CS) offers a wide range of robust reaction wheels perfect for CubeSats and SmallSats. Our CubeWheel range is designed for precision performance, reliability, ease of use, and manufacturability. Featuring a modular, space-proven design with in-house designed motors, high-load space-rated bearings, and advanced lubrication, our wheels can be easily optimized to meet mission-specific requirements. This is achieved by adjusting the motor or using alternative bearings or lubrication and does not impact manufacturability due to this design’s built-in modularity.

Additionally, our wheels are meticulously balanced using our state-of-the-art automated laser balancing machine, ensuring outstanding vibration tolerance through stringent micro-vibration testing. This high tolerance, with the option for additional damping, makes our CubeWheels an ideal choice for missions requiring high precision and stability. With a distributed supply chain and automated production processes, the CS CubeWheel range offers robust, customizable, high-precision wheels that can be rapidly manufactured at high volumes and competitive pricing.

Features:
Robust mechanics & mounting options
Integrated drive electronics
Magnetically shielded with internal mu-metal shielding
Pyramid mounting configuration available with option of dampers - Enables increased momentum storage and 3-axis redundancy with reduction in micro-vibrations
In-house motor design from CW0500 - Offers enhanced stability and precision at lower speed tracking (RPM)
Shared electronic design and heritage across Gen2 product range
Random Vibration: 14.16 g RMS
Radiation: 24 kRad
Lifetime: 5+ years

Rooted in a decade of flight heritage, the CubeWheel product range offers robust, high-precision wheels with standardized interfaces, which allow for their seamless integration with any satellite architecture. Additionally, given their modular design, and extensive qualification testing, they are ideal for missions of any size, including those with extended lifetime requirements.