SwiftBird inertial navigation systems: COMPOSITE, ALLOY and LATTICE

Products

Two grades, one core.

COMPOSITE delivers tactical-grade precision; ALLOY brings the same SwiftBird fusion core to fleet-grade scale. Pick precision or pick scale — the navigation core is shared.

Tactical-grade INS

COMPOSITE D1 / S100

FOG-class precision in a compact multi-sensor architecture. For platforms that cannot trade navigation certainty for size or weight.

Gyro bias instability< 0.6 °/h
Accelerometer bias< 10 µg
Output refresh rateUp to 6 kHz
Angular random walk< 0.04 °/√h
Mechanical envelope40 × 40 × 15 mm
InterfacesUART · CAN-FD · RS-232
Operating temperature-40 … +85 °C
GNSS option+ variant available
Explore COMPOSITE Request evaluation
COMPOSITE D1 inertial navigation module
Fleet-grade INS

ALLOY 1D / 1D+

The essential inertial layer for high-volume drone programs. Designed around real fleet economics without giving up the SwiftBird fusion core.

Gyro bias instability< 1.5 °/h
Accelerometer bias< 20 µg
Output refresh rateUp to 6 kHz
Angular random walk< 0.1 °/√h
Mechanical envelope24 × 24 × 10 mm
Sensor ranges±16 g · ±4000 °/s
Operating temperature-40 … +85 °C
GNSS option+ variant available
Explore ALLOY Request evaluation
ALLOY 1D inertial navigation module
Space-grade INS

LATTICE LEO / CubeSat

Space-grade INS for LEO and CubeSat missions. Radiation-aware design, European supply chain and PC104 / LibreCube compatibility for compact orbital platforms.

Gyro bias instability≤ 0.12 °/h
Angular random walk≤ 0.006 °/√h
Gyroscope range300 °/s
Power consumption< 100 mW
InterfacePC104 / LibreCube
GNSS option+ variant available
Discuss LATTICE
LATTICE space-grade inertial navigation module
Choosing a module

Choose by mission envelope.

Same SwiftBird fusion core. COMPOSITE is built for precision-critical platforms, ALLOY for fleet-scale economics, and LATTICE brings the architecture into LEO and CubeSat missions. Every module can also be ordered as a + variant with integrated GNSS.

Comparison of COMPOSITE, ALLOY and LATTICE inertial navigation systems
SpecificationCOMPOSITE Tactical-gradeALLOY Fleet-gradeLATTICE Space-grade
Gyro bias instability< 0.6 °/h< 1.5 °/h≤ 0.12 °/h
Angular random walk< 0.04 °/√h< 0.1 °/√h≤ 0.006 °/√h
Accelerometer bias< 10 µg< 20 µgMission-dependent
Mechanical / interface envelope40 × 40 × 15 mm24 × 24 × 10 mmPC104 / LibreCube
Output / sensor rangeUp to 6 kHzUp to 6 kHz300 °/s gyro range
GNSS option+ variant available+ variant available+ variant available
Best forPrecision-critical platformsHigh-volume fleetsLEO and CubeSat missions
View COMPOSITEView ALLOYDiscuss LATTICE
Common core

Custom-tuned to your mission.

Every SwiftBird module is built on one common core — the same sensing, fusion and calibration stack. On request we tune that core to your requirement: push precision higher, bring cost down for volume programs, add integrated GNSS in a + variant, or adapt the interface to your platform.

Push precisionHigher performance

Premium sensor populations and mission-specific calibration for precision-critical platforms.

Optimize costLower unit cost

Leaner configurations tuned to fleet economics when full tactical-grade precision isn't required.

Your envelopeBuilt to spec

Form factor, interfaces and dynamic range adapted to your platform and integration limits.

Discuss a custom build