NANO IR3
ENPULSION
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Building on the flight heritage of the ENPULSION NANO and the evolutionary design of the ENPULSION NANO R3, the ENPULSION NANO AR3 expands controllability towards active thrust vector control – without any moving parts.
The ENPULSION NANO AR3 therefore combines advanced vector controllability with the very mature and flight-proven FEEP technology and an increased reliability and environmental resilience.
| Parameter | Value |
|---|---|
| Type | Electric Propulsion |
| Nominal Thrust | 350 µN |
| Specific Impulse | 2,000 to 6,000 s |
| Dynamic Thrust Range | 10 to 350 µN |
| Total Impulse | >5,000 Ns |
| Maximum Power Consumption | 40 W |
| Dimensions | 98 x 99 x 95.3 mm |
| Dry Mass | 1230 g |
| Wet Mass | 1450 g |
| Propellant mass | 220 g |
| Interface | RS422 |
| Interface | RS485 |
| Thrust Vector Steering | Up to 10 degrees off nominal |
| Operating Temperature | -20C to 40C |
| Survival Temperature | -40C to 95C |
Building on the flight heritage of the ENPULSION NANO and the evolutionary design of the ENPULSION NANO R3, the ENPULSION NANO AR3 expands controllability towards active thrust vector control – without any moving parts.
The ENPULSION NANO AR3 therefore combines advanced vector controllability with the very mature and flight-proven FEEP technology and an increased reliability and environmental resilience.
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