CarboNIX
Scalable shock-free microsatellite separation system for 10–500 kg satellites; 30 missions, 244 microsats flown.
Typed specifications87 values
Discloses 11 of 14 fields engineers filter by in this category (category median 1).
- Mass
- 2.01 kg C11.732 L-Ring · datasheet p.5 390 g C11.732 S-Ring IM | 340 g C11.732 S-Ring ST | 2.52 kg C15 L-Ring | 510 g C15 S-Ring IM +25
- Envelope (L×W×H)
- 50.80 mm IM configuration · datasheet p.25
- Release time
- 100 ms average separation time · datasheet p.5
- Release shock
- 2 kg lock mechanism qualification, at 1 kHz · datasheet p.11 5 kg lock mechanism qualification, at 10 kHz
- Supply voltage
- 28 V nominal separation signal for 0.5s · datasheet p.5
- Data interface
- other lock mechanism firing signal · datasheet p.14
- Operating temperature
- -34 °C lower operating limit · datasheet p.5 71 °C upper operating limit | -34–71 °C operating limits
- TRL
- 9 datasheet p.11
- Export status
- ITAR-free designed and manufactured entirely within Europe, not subject… · datasheet p.7
- Separation type
- motorized lightband datasheet p.7 other shock-free magnetic lock with contra-rotating clamp rings and…
- Interface diameter
- 297.99 mm C11.732 bolt circle diameter · datasheet p.5 381 mm C15 bolt circle diameter | 463.55 mm C18.25 bolt circle diameter | 609.6 mm C24 bolt circle diameter | 203.2 mm C8 bolt circle diameter +5
- Number of bolts or points
- 18 C11.732 number of fasteners · datasheet p.5 24 C15 number of fasteners | 28 C18.25 number of fasteners | 36 C24 number of fasteners | 12 C8 number of fasteners
- Max spacecraft mass
- 500 kg datasheet p.7 500 kg max · family of separation systems for small satellites up to 500 kg
- Tip-off rate
- 0.6 °/s average · datasheet p.8 0.6 °/s max · average, all three axes | 2 °/s max · guaranteed tip-off rate less than 2 deg/s regardless of satel…
- Release command type
- voltage pulse nominal separation signal 28VDC for 0.5s · datasheet p.5
- Release actuator voltage
- 28 V Nominal Separation Signal · datasheet p.5 28 V nom. · nominal separation signal
- Command pulse duration
- 500 ms Nominal Separation Signal · datasheet p.5 500 ms 28VDC for 0.5s
- Release channels
- 2 redundant locks · datasheet p.14
- Connector
- 9-pin D-Sub (two ports on the lock mechanism for the firing signal) datasheet p.14
- Survival temperature
- -55 °C lower survival limit · datasheet p.5 130 °C upper survival limit | -55–130 °C survival limits
- Flight heritage
- Since the first CarboNIX demonstration on orbit in 2019, CarboNIX has deployed over 70 customer satellites to orbit. CarboNIX users include the undisputed leaders in the smallsat industry, including Planet, Iceye, Satellogic, NanoAvionics and Loft Orbital datasheet p.7 CarboNIX has a TRL of 9 and has flight heritage on multiple launch vehicles. By far, the most common launch configuration is on the Falcon 9 Transporter missions.
- Satellite class
- microsat 10-100 kg datasheet p.7 smallsat 100-500 kg
- Missions flown
- 86 86 customer satellites deployed (Flight Heritage bullet) · datasheet p.8 70 over 70 customer satellites deployed since 2019 (section 2.1)
- Shock qualification
- 2 kg lock mechanism, at 1 kHz · datasheet p.11 5 kg lock mechanism, at 10 kHz
- Separation switches, count
- 2 two built-in deployment sensors in each of two positions (red… · datasheet p.16
- Stack height
- 50 mm max · stowed state, less than 50 mm thick · datasheet p.8
- Release command (as printed)
- 28VDC for 0.5s (nominal separation signal) datasheet p.5
- Launch vehicles
- any launch vehicle CarboNIX can be used with and adapted to any launch vehicle · datasheet p.8 Falcon 9 most common launch configuration, Falcon 9 Transporter missions | any launch vehicle
Each value is typed with its unit and measurement condition and cites the datasheet page it was taken from. Nothing is guessed: a field that is absent here has not been published by the manufacturer. machine-extracted ✓ checked by NewSpace Market ✓ manufacturer confirmed by the manufacturer.
As published by the supplier8 lines, in the manufacturer's own wording
- Satellite mass range
- 10–500 kg
- Available diameters
- 8", 11.732", 15", 18.25", 24" (custom available)
- Tumbling rate post-release
- < 1°/sec on all three axes
- Deployment type
- Entirely shock-free, linear
- Flyaway mass
- Half that of comparable separation systems
- ITAR status
- ITAR-Free
- Manufacturing
- Made in Germany
- Flight heritage
- Since 2019, 30 missions, 244 microsats
About
CarboNIX is a scalable shock-free separation system for microsatellites weighing between 10 and 500 kg. Available in 8″, 11.732″, 15″, 18.25″, 24″ and custom diameter sizes, CarboNIX’s patented synchronous spring pusher system deploys satellites smoothly and evenly with no unnecessary shocks or tumbling, minimizing risk of damage to sensitive optical payloads and electronic components. It is the lowest-shock and lowest-tumbling separation system ever deployed in space.
The flyaway mass is half that of comparable separation systems. The fast reset time allows rapid re-integration between missions. All products are ITAR-free and manufactured in Germany.
Flight heritage: first launched in 2019. 30 missions flown, 244 microsatellites deployed. Over 95% customer return rate.
Documentation
- CarboNIX_User_Manual_June_2024.pdf 9.1 MB
- CarboNIX_User_Manual_June_2024.pdf PDF source: exolaunch.com ↗
- 15_10_25_CarboNIX_Brochure.pdf PDF source: exolaunch.com ↗
Need the full ICD, test reports or a specific revision? Ask the supplier directly.