Receiver

KMS Aerospace Radar Receiver Housing

CNC Metal Spinning Aluminum Enclosure for Radar Systems

Product Overview

The KMS Aerospace Radar Receiver Housing is a high-precision aluminum enclosure manufactured using advanced CNC metal spinning technology. Designed for aerospace and defense radar systems, this seamless, one-piece housing delivers exceptional dimensional accuracy, corrosion resistance, and electromagnetic performance, meeting stringent aerospace-grade requirements.

Leveraging KMS’s proprietary aluminum metal spinning process, the housing supports large-diameter, thin-wall forming while maintaining structural integrity and repeatability across production batches.

1. Key Technical Specifications

Product Name:
Aerospace Radar Receiver Housing

Base Material:
Aluminum Alloy

• Fully compatible with KMS proprietary CNC metal spinning technology
  
• Maximum formable material thickness: up to 15 mm
  

Overall Dimensions:
Ø 800 mm × H 220 mm

Nominal Wall Thickness:
1.5 mm

Dimensional Tolerances:
±0.1 mm

• Aerospace-grade precision achieved via CNC 800-series metal spinning lathes
  

Surface Treatment:

• Mechanical polishing, surface roughness Ra ≤ 0.8 μm
  
• Chemical passivation with salt spray resistance ≥ 480 hours
  

2. Manufacturing Process & Forming Technology

Blank Preparation:

• 3000 W fiber laser cutting
  
• Aluminum plate thickness up to 12.0 mm
  
• Cutting accuracy ±0.05 mm
  

Forming Process:

• CNC multi-pass progressive metal spinning
  
• Seamless, one-piece construction (no welding or joints)
  
• Roundness deviation ≤ 0.1 mm/m
  

Post-Processing:

• Chemical passivation to enhance corrosion resistance
  
• Precision mechanical polishing to reduce electromagnetic impedance and minimize signal interference
  

This process ensures high concentricity, uniform wall thickness, and superior surface integrity, critical for radar signal stability.

3. Quality Assurance & Inspection

Quality Management System:
ISO 9001:2015 certified

Inspection Equipment:

• DCC Coordinate Measuring Machine (CMM), accuracy ±0.001 mm
  
• Ultrasonic wall thickness gauge, deviation ≤ 0.05 mm
  

Inspection Scope:

• Chemical composition analysis via spectrometry
  
• Full dimensional and geometric tolerance verification
  
• Airtightness testing at 0.3 MPa (zero leakage requirement)
  

Each housing is traceable through documented inspection records, ensuring compliance with aerospace quality standards.

4. Production Capacity & Delivery Capability

Monthly Production Capacity:
≥ 500 units

• Supported by 10 CNC800-series metal spinning lathes
  

Manufacturing Model:

• Just-In-Time (JIT) production
  
• Standard lead time ≤ 15 days
  

Supply Chain Options:

• Vendor Managed Inventory (VMI) available upon request
  
• Stable batch consistency for long-term aerospace programs
  

5. Application Areas

Primary Aerospace Applications

• Commercial aircraft weather radar systems
  
• Military surveillance and reconnaissance radar
  
• General aviation terrain-following radar systems
  

Extended Applications

• Ground-based radar housings (with optional UV-resistant coating)
  
• Satellite communication enclosures (Ø 500 mm specification, CNC600 processing)
  
• Marine radar systems (with fluorocarbon anti-corrosion coating)
  

6. Product Advantages for Aerospace Systems

• Seamless CNC metal spinning construction
  
• High dimensional accuracy and concentricity
  
• Excellent corrosion resistance and surface quality
  
• Reduced electromagnetic interference
  
• Scalable production for aerospace and defense programs
  

Contact & RFQ

For technical drawings, customization options, or a formal quotation, please contact KMS to discuss your aerospace radar housing requirements.

Contact us and Request A Quote