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This die-cast navigation pro box body is engineered to protect high-precision navigation and communication electronics in demanding operational environments. Manufactured in an ISO-certified facility via advanced high-pressure die casting with A380 aluminum, the enclosure features a monolithic structure with reinforced internal ribs. With 22 years of experience serving professional display manufacturers, the production process integrates precision mounting features and thermal management channels, adapted for outdoor digital signage, broadcast equipment, and industrial display systems.
The enclosure surface receives a dual anodizing process: a hard coat layer for wear resistance and a conductive coat layer for EMI shielding, creating an environment with reduced electromagnetic interference for sensitive receivers and processors. Precision-machined mounting interfaces support zero-backlash installation of antenna arrays and inertial measurement units (IMUs), while hermetically sealed connectors conforming to MIL-DTL-38999 support structured cable management. A thermoelectric cooling (TEC) module is available as an optional configuration, maintaining internal temperatures within ±1°C of the set point to support GPS signal accuracy in extreme climates.
The enclosure meets MIL-STD-461F standards for EMI/EMC performance, covering the 30MHz-18GHz frequency range with 100V/m radiated immunity. It carries an IP65 rating for dust and water resistance, and supports UV resistance for long-term outdoor deployment. The conductive anodized layer delivers >90dB shielding effectiveness at 1GHz, tested per ASTM D4935-10, blocking 99.999% of external RF interference. Gold-plated internal contacts and copper shielding layers reduce signal loss to <0.5dB at 10GHz, adapted for radar, lidar, and satellite communication systems.
Constructed with aluminum material, the enclosure has a CTE of 23.6ppm/°C, supporting dimensional stability across operating temperature ranges. When equipped with the optional TEC cooling module, the system maintains consistent internal temperature for sensitive components, supporting component longevity across typical industrial deployment scenarios. Standard operating temperature ranges are specified in the technical specifications table below.
The monolithic structure with reinforced internal ribs withstands 50g shock loads with 11ms duration and 20G rms random vibrations, meeting MIL-STD-810G Method 514.6 requirements for vibration performance. Reinforced structural ribs reduce vibration transmission by 60%. The enclosure achieves a Charpy V-notch value of 25J at 20°C, with 30% lower weight than titanium enclosures with comparable impact resistance, supporting payload efficiency for airborne systems.
The enclosure is equipped with quick-release hinges and captive screws, allowing tool-free access to internal components. Mechanical components have a 10-year lifecycle under normal operating conditions. Multiple mounting points are available for flexible installation across different application scenarios. Standard models accommodate up to 24 MIL-DTL-38999 connectors, with custom layout options available for more complex system configurations.
Feature | Description |
Material Options | Aluminum, Zinc Alloys |
Surface Finish | Anodized, Powder Coated |
Protection Level | IP65 Rating (Dust and Water Resistant) |
Temperature Range | -40°C to 85°C |
Tolerance | ±0.005mm |
Applications | Navigation Systems, Outdoor Equipment, GPS Enclosures |
Material Strength | High tensile strength for durability under stress |
Impact Resistance | Designed to withstand high-impact conditions |
UV Resistance | Resistant to UV degradation, ideal for outdoor use |
Ingress Protection | IP65 Rating - Protects against dust and water jets |
Vibration Resistance | Engineered to withstand vibrations in rugged environments |
Mounting Options | Multiple mounting points for easy installation |
Dimensions | Customizable based on client requirements |
Weight | Lightweight for easy handling and installation |
The enclosure protects INS/GPS modules in UAVs, missiles, and commercial aircraft, supporting stable operation during high-G maneuvers. Custom pressure equalization valves are available for high-altitude use, maintaining 1atm internal pressure up to 20,000 meters altitude.
It houses Doppler velocity logs (DVLs) and inertial navigation systems (INS) on autonomous underwater vehicles (AUVs), with resistance to hydrostatic pressure at up to 500m depth.
The product is used in ADAS control units and V2X communication modules, adapting to engine bay temperatures and electromagnetic interference from EV drivetrains.
It safeguards prototype electronics in harsh field trials, with customizable test points and diagnostic ports to support debugging processes.
The conductive anodized layer provides >90dB shielding effectiveness, measured per ASTM D4935-10, blocking 99.999% of external RF interference.
Yes. Custom designs include pressure equalization valves that maintain 1atm internal pressure up to 20,000 meters altitude.
Standard models accommodate up to 24 MIL-DTL-38999 connectors, with custom layouts supporting over 100 ports for complex avionics systems.
Yes. The cooling system includes a universal input converter (9-36V DC), with automatic power management to prevent overcurrent draw.
