Click 'Get Pricing' to add this to a quote and access pricing information. After submission, get a response within 3 business days.
An attitude determination and control system (ADCS) testbed is required for ADCS examination and calibration. The testbed consists of an air-bearing platform, a triaxial Helmholtz cage, and a solar simulator.
By placing the user's ADCS on top of the testbed, the user may perform the functional test on each mode of the ADCS. This function is critical for users who are developing their ADCS algorithms.
Troubleshooting and debugging can be done on this testbed. This fully scalable testbed can also measure the mass properties of the device under test, which is optional for the customer.
By placing the whole satellite on top of the testbed, the user may measure the spacecraft's mass properties for settings on the ADCS.
This important procedure is crucial to extract the optimal performance of the ADCS and avoid unexpected outcomes in orbit.
Specifications:
- Triaxial Helmholtz cage
- magnetic flux density 1 Gauss (adjustable)
- Working area 350×350×350 mm (adjustable)
- Air-bearing platform
- Manual adjusted x/y axis platform
- Turbine torque 5 μNm
- Travel angle ± 45 deg; Max. load 30 kg (16U CubeSat, adjustable for a larger load)
- Solar simulator
- Spectral matching AM0, Class A, ASTM
- Spatial non-uniformity of total irradiance < 2%
- Time instability <1%
- Light spot dimension 40 x 40mm (adjustable)
- Collimation < 4 deg
| Parameter | Value |
|---|---|
| Lead Time | 4 months |
- Triaxial Helmholtz cage
- magnetic flux density 1 Gauss (adjustable)
- Working area 350×350×350 mm (adjustable)
- Air-bearing platform
- Manual adjusted x/y axis platform
- Turbine torque 5 μNm
- Travel angle ± 45 deg; Max. load 30 kg (16U CubeSat, adjustable for a larger load)
- Solar simulator
- Spectral matching AM0, Class A, ASTM
- Spatial non-uniformity of total irradiance < 2%
- Time instability <1%
- Light spot dimension 40 x 40mm (adjustable)
- Collimation < 4 deg
An attitude determination and control system (ADCS) testbed is required for ADCS examination and calibration. The testbed consists of an air-bearing platform, a triaxial Helmholtz cage, and a solar simulator.
By placing the user's ADCS on top of the testbed, the user may perform the functional test on each mode of the ADCS. This function is critical for users who are developing their ADCS algorithms.
Troubleshooting and debugging can be done on this testbed. This fully scalable testbed can also measure the mass properties of the device under test, which is optional for the customer.
By placing the whole satellite on top of the testbed, the user may measure the spacecraft's mass properties for settings on the ADCS.
This important procedure is crucial to extract the optimal performance of the ADCS and avoid unexpected outcomes in orbit.
Specifications:
