Rigid GPS Antenna Brackets

Fast Turnaround
Prototypes delivered in 4–7 days.
Flexible Production
From single-unit prototypes to volume runs.
Quality Control
CMM inspection ensures precise alignment.
IP Protection
NDAs safeguard drawings and design data.

Precision-Fit
GPS Antenna
Bracket Solutions

GPS antenna brackets are crafted from aluminum, titanium, and stainless steel, accommodating intricate geometries, high-precision features, and flexible production for UAV applications.

Available surface treatments include Type III anodizing, passivation, and precision deburring, ensuring structural rigidity and vibration stability. Dimensional consistency is maintained across prototypes and mid-volume runs, supporting engineers’ requirements for accurate, reliable sensor mounting.

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Manufacturing Process & Quality

Material Selection

Sourcing certified aerospace-grade metals and high-performance polymers to ensure maximum strength-to-weight ratios for extended drone flight times.

CNC Machining

Utilizing advanced 5-axis technology to achieve ultra-tight tolerances ±0.005mm for complex aerodynamic structures and internal housings.

Deburring & Cleaning

Precision finishing to eliminate micro-burrs and ultrasonic cleaning to ensure surfaces are free of oils, vital for flight electronics.

Surface Prep

Applying functional coatings like Hard Anodizing or Chemical Film for superior corrosion resistance and enhanced thermal dissipation.

Final Inspection

Rigorous verification using CMM and laser scanning to ensure every component aligns perfectly with your 3D CAD models.

GPS Antenna Bracket Customization

Our GPS antenna brackets are engineered to meet exact UAV specifications, ensuring accurate sensor placement, mounting stability, and seamless integration with flight systems.

Vibration Resistant

Weight Optimized

Interface Accuracy

Environmental Durability

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Technical Specs

Item Name	GPS Antenna Bracket
Size	Max dimensions up to 1200mm x 800mm; Thickness from 1.0mm to 100mm
Process	5-Axis Milling & Turning
Material	AL7075-T6, Ti6Al4V, SUS316
Finish	Type III Anodizing, Passivation, Precision Deburring
Tolerances	High-precision class-fit (±0.005 mm critical features)
Certificate	>Manufactured in ISO 9001:2015–certified facility; material certificates available on request

Frequently Asked Questions

Expert technical support for your UAV projects. We bridge the gap between complex aerospace designs and precision manufacturing.

Need a technical consultation?

Our engineers provide DFM feedback within 12 hours to optimize your drone parts for weight, strength, and cost-efficiency.

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Are prototypes and small-batch orders supported?

Yes. Our CNC processes ensure full dimensional control and repeatable quality for single-unit prototypes and small-batch production, allowing precise evaluation before larger production runs.

What are the achievable tolerances?

Critical mounting and alignment features are machined to ±0.005 mm, ensuring exact sensor positioning. Secondary features are controlled to ±0.01 mm, preserving overall bracket integrity.

Which materials can be used?

We offer AL7075-T6, Ti6Al4V, and SUS316. Mill test reports and material certificates can be provided to verify composition, mechanical properties, and suitability for UAV environments.

What surface treatments are available?

Type III anodizing for aluminum, passivation for stainless steel, and precision deburring are offered to improve corrosion resistance, structural rigidity, and vibration stability for optimal antenna performance.

How is intellectual property protected?

All drawings, design files, and proprietary data are secured under NDA agreements. Confidentiality is maintained from prototyping through production, protecting client IP at every stage.

What are typical lead times?

Prototype brackets typically require 4–7 days. Lead times for larger production orders are calculated based on design complexity, ensuring both quality and dimensional accuracy are maintained.