Early-stage concept — not a catalog product

Micro BEETLE

Early-stage development direction for ultra-lightweight two-axis payload pointing where mass, power and integration volume are the primary constraints. Targeting applications below 400 g system mass.

Where Mass Is Everything

Micro BEETLE is an early-stage development direction, not a finished product. It is intended for customers operating micro-balloon platforms, lightweight imaging payloads and experimental HAPS systems where total pointing system mass below 400 g is the central constraint.

The 28 V supply concept and single-digit watt power target are early development parameters that will be refined with the platform owner. Micro BEETLE is developed as a co-design exercise — the final architecture depends on the specific payload, platform and integration requirements.

Suitable for educational missions, research demonstrations, compact imaging payloads and customers willing to co-develop an ultra-lightweight pointing system.

STATUS: Micro BEETLE is an early concept and first development direction — not a validated, serial or catalog product. All parameters are development targets subject to change. Co-development approach required.

Target Applications

Micro-balloon systemsLightweight imaging payloadsSmall sensor payloadsExperimental HAPS payloadsLow-cost test platformsEducational demonstrationsResearch institutions

Concept Specifications

ParameterTarget / Concept ValueNote
Platform typeUltra-lightweight two-axis pointing conceptEarly-stage
Target massapprox. 400 gDevelopment target
Supply28 V conceptPlatform-dependent
PowerSingle-digit watt rangeTarget
Payload classVery small payloadsTo be defined with customer
StatusConcept / early development directionNot catalog product

All values are concept targets. Final parameters to be defined with the platform owner.

Co-define an ultra-lightweight gimbal concept

Co-define an ultra-lightweight gimbal concept around your payload and platform limits. We will help assess feasibility and define a development path.