Stratospheric Gimbals
for HAPS & Stratospheric Applications

Precision two-axis gimbal platforms built for the stratosphere. PATRON handles payloads up to 15 kg at 18–25 km altitude. BEETLE delivers the same core technology for lighter, more compact missions — both designed for HAPS.

18–25 km
Altitude
−60 / +80 °C
Temperature
2.5–7.5 kPa
Pressure
PATRON Gimbal
SCROLL
Non-Standard Projects

Custom Engineering

Hikade Technologies also develops customer-specific engineering projects where standard catalog solutions are not sufficient. We cover the complete development cycle — from requirements and design through manufacturing, integration and validation to documentation.

  • Custom test systems and measurement rigs
  • Mechatronic assemblies and single-purpose machines
  • Industrial prototypes and pre-series hardware
  • Embedded control systems and firmware
  • Mechanical-electrical-software integration
  • Technical documentation and validation packages
Start a Custom Engineering Project
Custom Engineering
Engineering Lab · Brno
Engineering Depth

Core Capabilities

Hikade Technologies combines mechanical engineering, embedded systems, prototyping, testing and documentation as a single integrated team.

CAD Design & Mechanical Engineering

Parametric modelling, tolerance-aware design, DFM, DFA, payload integration and precise mechanical packaging.

Computational Analysis

Structural, thermal, modal and buckling analysis. Topology optimization. Risk reduction through simulation.

Rapid Prototyping

Full cycle: design → manufacture → assembly → bring-up → test → iterate. Fast development for functional prototypes.

Embedded Control

Real-time firmware, state machines, RS-485, Ethernet, actuator and sensor communication for complete system control.

Mechatronics & Integration

Mechanics, electronics, drives, sensors, cable routing, safety logic and system commissioning as one integrated system.

Technical Documentation

Test reports, installation and maintenance manuals, manufacturing documentation, risk analysis and validation packages.

How We Work

Development Process

Structured but flexible — our six-step process scales from rapid prototyping to full engineering system development.

01

Discover

Technical constraints, operating environment, payload requirements, integration limitations and customer objectives.

02

Define

System requirements, architecture, success criteria, interface definitions, validation scope and risk areas.

03

Design

Mechanical design, control architecture, electronics, firmware, cable routing, DFM and validation strategy.

04

Develop

Rapid prototyping, manufacturing, assembly, firmware implementation, system integration and functional bring-up.

05

Validate

Functional tests, mechanical verification, environmental checks, documentation, customer review and performance verification.

06

Deliver

Final prototype or system, technical documentation, manuals, integration support and roadmap for next development phase.

Presentations & Trade Fairs

Where We Present Our Technologies

Hikade Technologies participates in aerospace and engineering trade fairs, technology events, HAPS conferences and startup showcases. Follow our presence at key industry events across Europe.

  • Aerospace and HAPS technology conferences
  • International engineering trade fairs
  • ESA-related events and showcases
  • Startup and deep-tech presentations
  • Industry-specific technology days
View Events & Trade Fairs →

Aerospace Events

HAPS, stratospheric and space technology showcases

Engineering Fairs

Industrial and mechatronics trade exhibitions

ESA Programs

Innovation and incubation program events

Tech Conferences

Deep-tech and startup ecosystem presentations

Hikade Technologies Lab
Brno, Czech Republic

Engineering in the heart of the Czech technical ecosystem

Based in Brno — a city with strong technical universities, R&D organizations and engineering companies — Hikade Technologies combines local manufacturing with aerospace-relevant development capabilities.

Start a Technical Discussion

Have a payload, process or engineering challenge that does not fit a standard solution?

Send us your requirements, constraints and intended operating environment. We will help define a technically realistic path from concept to prototype or validated system.