Company Story

Company History

From the first custom mechatronic projects in Brno to stratospheric positioning platforms, clean processing systems and ESA-backed aerospace development — the engineering story of Hikade Technologies.

Hikade Technologies is a Czech engineering company founded in Brno. The company was built around a single conviction: that there is a real market for engineering firms that can take a difficult technical problem and deliver a working solution — not a study, not a concept, but hardware that functions as specified and is documented well enough to be used, maintained and further developed.

The shift toward aerospace and HAPS was not a sudden pivot. It was the result of a gradual, technically motivated progression: the engineering capabilities developed for demanding industrial customers — lightweight structures, embedded control in constrained environments, tribology without standard lubrication, system integration under tight mass and power budgets — turned out to be precisely the capabilities needed for stratospheric payload engineering.

Today, Hikade Technologies develops proprietary stratospheric gimbal platforms, clean and vacuum processing systems, laboratory technology and custom mechatronic systems for customers across the European industrial and aerospace R&D sector.

Brno
Czech Republic
HAPS
Primary application
ESA BIC
Czech Republic program
Active
PATRON status
2-axis
Gimbal configuration
16–23 km
Target altitude
Development Phases

Engineering Timeline

01

Foundation

Company established
Hikade Technologies s.r.o. founded in Brno

Hikade Technologies s.r.o. was founded in Brno, Czech Republic, with a clear engineering direction from the start: to design and develop complete mechatronic systems for customers whose requirements exceed what standard catalog solutions can offer. The founding team brought together expertise in mechanical engineering and embedded control systems — the combination that defines what Hikade Technologies does today.

→Registered in Brno, Czech Republic
→Engineering focus from day one — not a consultancy
→Core team: mechanical engineering + embedded systems
→First engineering discussions with industrial customers
02

First Engineering Projects

Early operations
Custom mechatronic systems for demanding industrial customers

The first projects established the company's core approach: take a customer requirement that no catalog product can satisfy, define the system architecture, design it, build it, test it and deliver it with documentation. Early projects included custom test equipment, industrial fixturing, precision mechanical assemblies and embedded control systems — problems where the customer knew what the system had to do, but not what it would be.

→Custom test benches and measurement rigs
→Industrial mechanical assemblies and fixtures
→Embedded control for single-purpose machines
→Full delivery: hardware + documentation
03

Mechatronic Capability Development

Systematic growth
Full engineering stack built: CAD · analysis · prototyping · firmware · integration

The early project experience revealed that the most demanding customers needed not just mechanical design, not just electronics, not just firmware — but all three integrated. Hikade Technologies systematically developed the full engineering stack: parametric CAD design, structural and thermal computational analysis, manufacturing and assembly infrastructure, embedded firmware and real-time control development, and complete mechatronic system integration. This is the capability stack that now covers every Hikade project from concept to validated system.

→Parametric 3D CAD and assembly management
→Structural, thermal and modal analysis capability
→Manufacturing, CNC and precision assembly
→Embedded firmware: real-time control, RS-485, Ethernet
→Full mechatronic integration: mechanics + electronics + firmware
→Technical documentation as a standard deliverable
04

Pivot to Aerospace and HAPS

Strategic direction change
Identified stratospheric gimbal development as primary direction

As the capability base matured, a clear strategic opportunity emerged in the HAPS and stratospheric payload sector. The emerging market for High-Altitude Pseudo-Satellite platforms — operating at 16–23 km altitude for weeks or months at a time — created a specific unmet need for precision payload stabilization and pointing systems purpose-built for the stratospheric environment. The engineering challenges of this environment aligned precisely with Hikade's accumulated expertise. The decision was made to redirect engineering capacity toward this application as the primary development direction.

→Analysed the HAPS and stratospheric payload sector
→Identified the gap: no purpose-built stratospheric gimbal for mid-range payloads
→Confirmed technical fit: our expertise matched the problem
→Began redirecting development resources to aerospace applications
05

PATRON Gimbal Development

Platform development — active
Primary HAPS gimbal platform — active development

PATRON is Hikade's primary engineering platform — a configurable two-axis gimbal system designed for demanding HAPS payloads up to approximately 18 kg. The design addresses the full set of stratospheric engineering challenges: low-pressure tribology, thermal management without convection, mass-optimised structure, cable management through rotating joints, modular payload interface and embedded real-time control. PATRON is currently in active development and represents the company's most technically intensive platform.

→Payload capacity: up to ~18 kg
→Configuration: two-axis (azimuth and elevation)
→System mass: approximately 8 kg
→Nominal power: 200–400 W depending on configuration
→Purpose-built for 16–23 km altitude operation
→Status: active development platform
06

BEETLE Gimbal Development

Platform development — active
Lightweight HAPS gimbal for smaller payload classes

BEETLE was developed in parallel with PATRON to address a different segment of the stratospheric gimbal market: smaller payloads, lower-cost platforms, technology demonstration flights and customers with tighter mass budgets. BEETLE carries payloads up to approximately 4.5 kg at a system mass of approximately 2.5 kg — making it suitable for a wide range of stratospheric drone, HAPS and balloon applications. The platform shares the same engineering approach and environmental design philosophy as PATRON, compressed into a lighter and more compact form factor.

→Payload capacity: up to ~4.5 kg
→System mass: approximately 2.5 kg
→Nominal power: approximately 30 W
→Target: cost-sensitive and lighter-class applications
→Shares PATRON design philosophy and environmental design rules
→Status: development platform
07

AVPS and CryoLyze Development

Technology diversification
Clean processing and freeze-drying systems added to portfolio

The development of the AVPS (AeroVac Precision System) and CryoLyze represented an expansion of Hikade's technical portfolio into clean and vacuum-compatible processing technology. AVPS is a modular technological workstation for controlled cleaning, rinsing, drying, assembly, lubrication, inspection and packaging of precision components. CryoLyze extended this into freeze-drying and lyophilization technology, enabling controlled processing of sensitive biological and technical samples under low-pressure and low-temperature conditions.

→AVPS: modular clean workstation, ISO 14644-1 zone classification
→AVPS zones: from ISO 8 (ambient) to ISO 5 (AVPS-A active zone)
→CryoLyze: freeze-drying platform, AISI 316L chamber, LN2 cooling
→CryoLyze vacuum: below 3.5 kPa operating pressure
→Both platforms designed for aerospace component processing
→Integration: CryoLyze output can connect to AVPS clean zones
08

ESA BIC + Technology Incubation

External validation & incubation
ESA BIC participant + Technology Incubation programme for PATRON

Hikade Technologies became a participant in the ESA Business Incubation Centre Czech Republic (ESA BIC) — an external validation of the technical relevance and commercial potential of the stratospheric positioning development. Simultaneously, the PATRON gimbal platform was supported through the Technology Incubation programme, which supported the maturation of the platform from early prototype toward a validated, commercially deployable system.

→ESA BIC Czech Republic — pan-European ESA BIC network
→Validates technical relevance of stratospheric positioning work
→Access to European aerospace ecosystem and ESA connections
→Technology Incubation: PATRON from prototype toward validated system
→Technology Incubation: supports maturation to commercial readiness
→Combined: ESA BIC + Technology Incubation = ESA BIC+
09

Current Direction

2025 and forward
Platform maturation, flight validation partnerships, portfolio expansion

The current focus of Hikade Technologies is on maturing both the PATRON and BEETLE platforms and identifying the right HAPS platform partnership for the first stratospheric flight validation campaign. In parallel, the AVPS system continues to be refined for customer-specific configurations, the CryoLyze platform is in active engineering development, and the custom engineering services portfolio continues to grow with industrial R&D and aerospace-adjacent customers.

→PATRON: platform maturation, seeking HAPS platform partnership for flight
→BEETLE: active development, targeting lighter-class HAPS and balloon platforms
→AVPS: ongoing configuration and customer-specific adaptation
→CryoLyze: engineering development, laboratory integration
→Custom engineering: growing portfolio of industrial R&D clients
→Geographic focus: European HAPS, aerospace and industrial R&D market
ESA BIC Czech Republic

ESA Business Incubation Centre

Hikade Technologies is a participant in the ESA Business Incubation Centre Czech Republic (ESA BIC) — part of the pan-European ESA BIC network that supports companies developing technologies with space relevance.

Acceptance into ESA BIC reflects an independent assessment that Hikade's stratospheric positioning technology is technically credible and commercially relevant within the European space and HAPS ecosystem. It provides access to expertise, connections and ecosystem resources that support the development of the PATRON and BEETLE platforms toward flight-ready status.

Program
ESA Business Incubation Centre Czech Republic (ESA BIC)
Network
Part of the pan-European ESA BIC incubation network
Relevance
Stratospheric positioning systems and precision aerospace engineering
Benefit
External validation, ecosystem access, technical connections
Status
Active participant
Where We Are Now

Developing the next generation of precision aerospace and mechatronic systems

From stratospheric gimbal platforms to clean processing systems and custom industrial engineering — Hikade Technologies continues to build technical solutions for problems that standard products cannot solve.