CUBESAT
3U/6U

Designed for orbit. Ready for launch

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FAST PAYLOAD INTEGRATION
Streamlined payload accommodation for rapid mission deploymen
BUILT-IN ORBIT CONTROL AND DEORBITING
Precise orbit adjustment and safe mission end
FULLY-INTEGRATED CUBESAT SOLUTION
Includes all essential subsystems — no additional design required for mission success

CUBESAT TECHNICAL
SPECS TABLE

Parametr

3U CubeSat

6U CubeSat

Dimensions (mm)

100 x 115 х 365

100 x 226 x 365

Structure material

Alluminum alloy

Alluminum alloy

Mass (w/o payload)

≈5.8 kg

≈6.9 kg

Power generation

Deployable solar panels

Deployable solar panels

Energy storage

LiFePO4 battery, 12 Wh+

LiFePO4 battery, 24 Wh+

OBC

ARM-based, RTOS

ARM-based, RTOS

ADCS

Optional

Optional

Propulsion integration

Optional (e.g. TILE Thruster)

Optional (BDEPT/ MTVEPT)

Communication

L\S-band

L\S-band

Deployment compatibillity

CubeSat standarts

CubeSat standarts

*Weight includes onboard systems: control, power, solar panels, ADCS, navigation,
communications, fasteners, and cabling

AVAILABLE
CUSTOMIZATION

KEY FEATURES

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 Mechanical Compatibility

Our platforms conform to CubeSat deployment standards, including standard rail dimensions and attachment interfaces. Each unit is engineered for compatibility with most commercial deployers and launch adapters, including ESPA-class interfaces, ensuring seamless integration into multi-payload launch missions.

Communication Flexibility

We offer versatile communication solutions with support for UHF (for TTC), S-band (data downlink), and X-band (high-speed transmission). The system is configurable based on mission needs and includes optional integration with customer ground segment infrastructure. Antenna deployment mechanisms and redundancy options are available on request.

Scalable Power Management

Each CubeSat is equipped with a modular power system capable of adapting to varying mission demands. The system includes high-efficiency solar panels, MPPT (Maximum Power Point Tracking) regulators, and robust battery management. It supports continuous power delivery for high-consumption payloads while ensuring thermal and voltage safety across operational cycles.

Radiation-Tolerant Design

Subsystems critical for mission success — including on-board computer, power regulation, and communication — are designed with radiation tolerance in mind. We implement hardware-level shielding, fault-tolerant architectures, and watchdog timer recovery mechanism to ensure performance in low Earth orbit (LEO) radiation environments, especially for missions exceeding 6 months.

Adaptive ADCS Integration

Our platforms support optional integration of full ADCS (Attitude Determination and Control System) suites based on mission requirements. Depending on the payload and mission duration, we can equip the CubeSat with a tailored combination of:

  • Sensors: Sun sensors, magnetometers, gyroscopes, star trackers
  • Actuators: Magnetorquers, reaction wheels, cold gas thrusters
  • Software: Kalman filtering, attitude control algorithms, mode switching

The system is fully integrated and tested with the onboard computer for seamless in-orbit operation.

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Want to discuss your CUBESAT mission?

Use the form below to get in touch with our systems engineers — we’ll help configure a platform tailored to your goals.

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