PRODUCTS
New Technologies for Air Vehicles
Cockpit and fuselage systems are developed for air vehicles.
EXPLORE
QUALITY POLICY
- To become a preferred company in national and international markets by producing system solutions that meet customer requirements and expectations, through a process-oriented approach and in accordance with the AS9100 Rev D (EN 9100:2018) Quality Management System and international standards,
- To meet the expectations of both customers and employees through continuous improvement, by providing a peaceful working environment for its employees,
- To carry out work aimed at increasing customer satisfaction and process efficiency,
- and to remain committed to ethical values have been determined as our Quality Policy.
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AS9100 Aerospace Quality Management System
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TGB National Confidential Facility Security Clearance
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DESIGN & ANALYSIS
Requirement analysis, conceptual design and simulation-driven verification before a single part is cut.
INFRASTRUCTURE & TESTING
Test infrastructure we own
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G CENTRIFUGE
Centrifuge facility designed for acceleration and structural strength testing, measuring pilot and equipment endurance under high G force.
- High-G Simulation
- Acceleration Testing
- Structural Strength Evaluation
- Performance Verification
- Reliability Testing
- Lung Simulation
- RS-485 Communication Capability
- Pressure and Flow Data Acquisition
- 12.8 G/s Acceleration Rate
- Maximum 30 G Force
- Adjustable G Force for the Desired Duration
- 22 kV Motor Power Supply
- 150 kg Test Load Capacity
- 13.5 G/s Initial Acceleration Rate
- 30 L/s – 10 bar Dry Air Supply
- Dual Gigabit Ethernet for Data Transfer
- 6 × 10-amp Power Source
- 6 Discrete Signal Outputs
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PRESSURISATION CHAMBER
Pressurisation facility simulating real flight conditions with dual-chamber technology, for altitude and decompression testing.
- Temperature Testing from -70 °C to +80 °C
- 80,000 ft Altitude Simulation
- Explosive Decompression (ED) Testing
- Rapid Decompression (RD) Testing
- Overpressure Testing
- Dual-Chamber Technology
- Synchronized Chamber Operation
- Real Flight Condition Simulation
- Environmental Durability Testing
- 50,000 ft/min Climb Rate
- 100,000 ft/min Dive Rate
- 3 °C/sec Temperature Change Rate
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OXYGEN CLEANING FACILITY
Controlled cleanroom facility where aerospace components exposed to high-purity oxygen are cleaned in compliance with international standards.
- Oil and Particulate Removal
- High-Purity Cleaning
- Cleaning of Aerospace Components Exposed to High-Purity Oxygen in Compliance with MIL-STD-1330E and SAE ARP1176B Standards
- ISO Class 6 (Class B) Cleanroom with a Controlled Environment
- Entrance 1 — ISO Class 8: 4.18 m²
- Entrance 2 — ISO Class 7: 2.86 m²
- Entrance 3 — 3.70 m²
- Pass Box: 0.36 m² (for material transfer in and out)
- 24.39 m² Total Cleanroom Area
- ISO 6 Clean Room: 13.65 m²
- 49 kW Air Conditioning Unit
- ISO 5 Laminar Flow Cabinet — 1 kW, with ULPA Filters
- Quality Verification with Bresser Analyth LCD Microscope
CAREERS
Design the future with us
We are looking for engineers who want to build critical aerospace subsystems from the ground up.
QUICK APPLICATION
Fields marked * are required.
NEWS
Latest from HTM
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Our operations continue at the Teknopark Ankara campus
Our design, manufacturing and testing activities are carried out at our facility on the Teknopark Ankara…
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Qualification up to 30 G with our centrifuge
High-G simulation, acceleration testing and lung simulation are performed on our in-house test infrastructure.
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Our oxygen cleaning facility operates to MIL-STD-1330E
Aerospace components exposed to high-purity oxygen are cleaned in an ISO Class 6 cleanroom.
CONTACT
Let’s talk
- Teknopark Ankara, İvedik OSB Dist. 2224th St. No: 1 Block F Z14, Yenimahalle / Ankara, Türkiye
- +90 312 922 1 486
- info@htmdesign.com.tr