What is an Altitude Test Chamber?

An altitude test chamber simulates high-altitude conditions such as low pressure and temperature to test product performance and durability.

What industries use altitude test chambers?

Industries such as aerospace, electronics, automotive, and defense use altitude test chambers for reliability testing.

Is the price fixed for this product?

No, pricing depends on specifications and customization. Please contact Bio Gene for pricing details.

Do you supply internationally?

Yes, Bio Gene supplies and exports altitude test chambers worldwide.

Altitude Test Chamber | Vacuum & Low-Pressure Simulation

Name: Altitude Test Chamber
Brand: Bio Gene
SKU: BioGene
Availability: InStock
Rating: 4.8 (132 reviews)

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BioGene Altitude Chambers: High-Altitude & Vacuum Simulation

Validating Component Performance for Aerospace and Aeronautics

The BioGene Altitude Chamber is designed to simulate the low-pressure environments encountered in high-altitude flight and space exploration. Essential for testing the integrity of seals, battery performance, and electronic functionality at altitude, our chambers meet the rigorous demands of MIL-STD-810G/H (Method 500.6) and RTCA DO-160. Proudly SAMAR Level-3 certified, BioGene provides the advanced engineering required for mission-critical aerospace and defense applications worldwide.

Reach-In Altitude Test Chambers are precision-engineered systems designed to simulate high-altitude and low-pressure environments for advanced aerospace, defence, and electronics testing. Manufactured by Biotechnologies Inc., these chambers replicate conditions up to 100,000 feet or more, with precise control over accompanying temperature and humidity variations.

Ideal for testing avionics, batteries, circuit boards, and automotive components, BioGene Altitude Chambers comply with MIL-STD, IEC, and IS protocols — ensuring test results meet the rigorous demands of aerospace and defense applications.

Built in India to global export standards, these compact reach-in chambers are space-efficient, fully programmable, and trusted by R&D and quality labs worldwide for altitude qualification testing. Whether validating aircraft components, military equipment, or high-performance automotive parts, BioGene delivers customizable altitude simulation solutions engineered to meet global aerospace and defense requirements.

Applications

Aerospace component validation under high‑altitude conditions
Defense equipment testing for reliability in extreme environments
Automotive system evaluation at low‑pressure conditions
Research & development for advanced material performance

Feature

Brushed 304 series stainless steel liner, heliarc welded and dye checked
Welded external or internal pressure member construction
Fiberglass insulation, 0.25k factor
Welded steel frame with removable access panels to service components
Full opening chamber door with heavy duty wheel latch
Heavy duty horizontal glide door hinges
Durable blue enamel finishes (custom colors available)
Heavy duty vacuum pump with gas ballast
Oil mist eliminator
Temperature ranges:
-100°F/-73°C to 356°F/180°C
Altitude Chamber range:
Site level to 100,000 ft (30,500 m). Extended ranges available
Humidity range:
10% to 95% RH within the bounds of a +185°F/85°C maximum dry bulb and a 40°F/4°C min. dewpoint
Can be equipped with battery testing safety features according to EUCAR hazard safety level

Control

Altitude
Temperature
Temperature and altitude (temperature controllable to 65,000 ft./20,000m)
Temperature and humidity at site level
Temperature, altitude, and vibration
Advanced PLC‑based digital control system
User‑friendly touchscreen interface
Remote monitoring and test scheduling

Construction

SS‑304 stainless steel inner chamber for durability
MS powder‑coated outer body for long service life
Optimized insulation for stable pressure and temperature control

Altitude Chamber - Technical Specification

Model	BTI-RIC-18	BTI-RIC-37	BTI-RIC-55
Test Space Volume (Cu. Ft./Liters)	18/510	37/1048	55/1557
Temperature Range	+180°C to -70°C (+356°F to -94°F)
Pressure Recovery Time	Less than 30 min
Pressure Maintenance	≥ 10 hours
High Tension Terminal	4 pieces, Max. DC 500A, 1000V
Low Tension Terminal	4 pieces, Max. DC 500A, 1000V
Data Cable Interface	2 groups, DB9 line
Observe Window	YES
Auto Door	Adopt hydraulic automatic open design
Inner Material	SS304
External Material	SS304
Altitude Range	Up to 100,000 ft (30.48 km)	Up to 100,000 ft (30.48 km)	Up to 100,000 ft (30.48 km)
Humidity Range	10% to 98%

An altitude test chamber simulates high-altitude and low-pressure conditions found in aviation, aerospace, and space environments. It allows manufacturers to test how electronic components, aircraft parts, batteries, and other equipment perform under reduced atmospheric pressure, helping ensure products remain safe and functional at extreme altitudes before they are deployed in real-world conditions.

Most altitude test chambers can replicate conditions ranging from ground level up to 100,000 feet or more, depending on the model and specifications. This corresponds to a vacuum pressure that can go as low as a few torr. Many chambers also allow precise control over the rate of ascent and descent, so testing can mimic real flight profiles rather than just a fixed altitude point.

Yes, many advanced altitude chambers are combined with temperature and humidity control systems, allowing simultaneous testing of multiple environmental stress factors. This is especially useful for aerospace and defense applications, where a component may need to withstand extreme cold, heat, and pressure changes all at once during actual operation.

Test duration depends on the specific standard being followed and the nature of the product being tested. Some tests are quick, taking only a few minutes to check performance at a specific altitude, while others follow extended profiles that simulate a full flight cycle over several hours. Certification testing under standards such as RTCA DO-160 or MIL-STD-810 may require multiple test cycles across different conditions.

Yes, operators should be trained not only on the equipment's control interface but also on safety protocols related to vacuum systems, since improper handling can pose risks to both the equipment and personnel. Most manufacturers provide operational training as part of the chamber installation and commissioning process, along with detailed manuals covering routine maintenance and calibration procedures.