Table Of Contents
Key Points
The LORD AM-008 series combines sophisticated materials engineering with practical design considerations to deliver optimal performance. Each mount is built with:
- Aluminum alloy components with chromate treatment per MIL-DTL-5541, Class 1A for corrosion resistance
- LORD BTR® or BTR® II Silicone elastomer options for broad temperature range capability
- Compact form factor with 2.08 oz (59.0 g) weight per mount
- Maximum static load capacity of 20 lb (9.1 kg) per mount
- Dynamic input tolerance of 0.036 in (0.91 mm) D.A. at resonance
These carefully selected materials and specifications ensure reliable performance across demanding aerospace environments.
The LORD AM-008 Low Profile Avionics Mount represents a critical advancement in vibration isolation technology for aerospace and defense applications. This precision-engineered mount provides reliable protection for sensitive avionics equipment while maintaining strict space and weight requirements. Understanding its capabilities and applications is essential for engineers working on aircraft systems integration.
Performance Specifications
Understanding the performance capabilities of vibration isolation mounts is critical for proper system design and integration. The LORD AM-008's specifications have been extensively tested across a wide range of conditions to provide engineers with reliable data for their applications.
Performance testing covers both static and dynamic conditions, with particular attention paid to frequency response, load capacity, and environmental resilience. These specifications help engineers determine the mount's suitability for specific applications and predict its behavior under various operating conditions.
The AM-008 delivers consistent vibration isolation across a wide range of operating conditions. Critical performance parameters include:
Temperature Range
Understanding the operating temperature range is critical for aerospace applications where environmental conditions can vary dramatically. BTR (Broad Temperature Range) Silicones are specialized elastomers developed by LORD Corporation specifically for aerospace applications.
- BTR® Silicone: -65°F to +300°F (-54°C to +149°C)
- BTR® II Silicone: -40°F to +300°F (-40°C to +149°C)
The main tradeoff between the two materials is that BTR II offers better stability and high-frequency isolation but sacrifices some damping capability compared to the original BTR. This makes BTR II potentially better for applications requiring precise positioning or where high-frequency vibration is the primary concern, while original BTR may be preferred where damping at resonance is most critical.
Dynamic Properties
The mount's dynamic response characteristics define its effectiveness in isolating vibration across different frequencies and loads.
Natural frequency varies by model from 21-31 Hz at rated load and input conditions, providing effective isolation above 40 Hz. The mount demonstrates:
- Linear load-deflection characteristics
- Low transmissibility at resonance
- Consistent performance across temperature extremes
- Excellent damping properties
Applications in Aerospace and Defense
The aerospace and defense industries present unique challenges for vibration isolation, requiring solutions that can protect sensitive equipment while withstanding extreme environmental conditions. The LORD AM-008 mount has proven itself across numerous applications where reliability and consistent performance are essential.
Through years of field experience and customer feedback, the mount has demonstrated its effectiveness in protecting critical avionics systems and electronic components. Its versatility makes it suitable for both new designs and retrofit applications across a wide range of aircraft platforms.
The AM-008 mount's capabilities make it ideal for protecting sensitive equipment in modern aircraft, including:
Primary Applications
The LORD AM-008 mount's versatility makes it suitable for protecting a wide range of critical aircraft systems and components.
- Inertial navigation systems
- Flight control computers
- Communication equipment
- Radar components
- Electronic warfare systems
Installation Configurations
Different mounting arrangements provide flexibility to accommodate varying load requirements and space constraints.
- Single mount installations for lighter components
- Multiple mount arrays for heavier equipment
- Back-to-back configurations for increased load capacity
Related: Read our Guide to Parker LORD Vibration Isolation Mounts.
Selection and Installation Guidelines
Proper selection and installation of vibration isolation mounts is crucial for achieving optimal system performance. The process requires careful consideration of multiple factors including equipment weight, center of gravity, dynamic loading conditions, and environmental requirements.
Engineers must analyze both static and dynamic loading conditions to ensure the selected mount configuration will provide adequate protection throughout the equipment's operational envelope. This analysis forms the foundation for a successful installation that will maintain its effectiveness throughout the system's service life.
Proper mount selection requires careful consideration of several factors:
Load Requirements
Proper load calculation and analysis ensures optimal mount performance and equipment protection.
- Calculate total equipment weight and center of gravity
- Determine dynamic loading conditions
- Account for environmental factors
- Consider safety margins
Installation Considerations
Careful attention to installation details is essential for achieving maximum vibration isolation effectiveness.
- Ensure adequate clearance for mount deflection
- Follow proper torque specifications
- Verify mounting surface flatness
- Consider accessibility for maintenance
Engineering Advantages
The LORD AM-008 mount's engineering advantages stem from decades of experience in aerospace vibration control combined with modern materials science and design techniques. These advantages translate directly into practical benefits for system designers and integrators working on complex aerospace applications.
By incorporating advanced features while maintaining simplicity and reliability, the mount provides engineers with a proven solution for protecting sensitive equipment. Its track record of success in demanding applications demonstrates the value of its sophisticated yet practical design approach.
The AM-008 series offers several key benefits that make it particularly valuable for aerospace applications:
Design Benefits
The LORD AM-008's engineering features provide significant advantages for aerospace applications.
- Compact form factor minimizes space requirements
- Broad temperature range capability
- Excellent vibration isolation characteristics
- Proven reliability in aerospace applications
Integration Benefits
The mount's thoughtful design translates into practical advantages during system integration and operation.
- Simplified installation process
- Minimal maintenance requirements
- Long service life
- Consistent performance characteristics
Final Thoughts
The LORD AM-008 Low Profile Avionics Mount represents a sophisticated solution for protecting sensitive aerospace equipment from harmful vibration and shock. Its combination of advanced materials, precise engineering, and proven performance makes it an ideal choice for demanding aerospace and defense applications where reliability is paramount.
Supporting Mission-Critical Aerospace & Defense Programs
Aerospace and defense projects that include vibration isolation components often require careful consideration of the entire system, including the housing and mounting structure. Modus Advanced brings particular expertise to these applications through our comprehensive approach to aerospace and defense projects.
Engineering DNA
At Modus Advanced, engineering excellence isn't just a capability—it's our foundation. With engineers comprising over 10% of our workforce, we bring deep technical understanding to every aerospace and defense project. This expertise spans:
- Materials science and selection
- Advanced manufacturing processes
- System-level optimization Design for manufacturability
- Quality validation methods
Our engineering team engages directly with yours, ensuring technical precision from initial concept through final production.
Single-Source Manufacturing Solution
We've built our manufacturing capabilities to eliminate the complexity and risk of multi-vendor production chains. Under one roof, we deliver:
- Precision CNC machining of metal housings
- Form-in-place gasket dispensing
- EMI shielding integration
- Thermal management solutions
- Complete quality validation
This consolidated approach cuts lead times while maintaining strict quality control throughout production.
Defense-Grade Quality & Security
Our quality system is built to meet the industry's highest standards:
- AS9100 aerospace certification
- ITAR registration
- ISO 9001 quality management
- Progress toward CMMC Level 2
These certifications demonstrate our commitment to mission-critical manufacturing excellence.
True Engineering Partnership
We serve as an extension of your engineering team, providing:
- Early design optimization input
- Ongoing technical collaboration
- Manufacturing process refinement
- Rapid problem resolution
This partnership approach helps accelerate development while ensuring the quality that aerospace and defense applications demand.
