You Can’t Win by Losing Time

– Our Fast Fielded Solutions Are the Answer

Complete Lifecycle Management

Infographic for Lifecycle Management for On-Point Defense Technologies

PRODUCT REALIZATION

 SolidWorks 3D Solids Modeling, Design, and Drawings
  • Physical Prototype Fabrication
  • 3-D Printing
  • Designed for Manufacturing & Assembly
  • Drafting and Documentation
On-Point Defense Technologies Product Development covers Print-to-Production - image of launcher schematic

Electro-Mechanical Design

  • Electro Mechanical Assemblies
  • Digital and Analog Circuit Design
  • Multilayer Circuit Card Assemblies
  • Cable & Wiring Harness Assemblies
  • Electronic Chassis Assemblies

Build-to-Print Production

  • High Mix – Low Volume
  • From LRIP to Full Rate Production

INTEGRATION & TESTING

Platform Hardware Integration

  • Target Acquisition, EO/IR Sensor Systems
    • Integration
    • High Voltage/Pulse Power Systems

Air and Ground Platform Integration

On-Point Defense Technologies - image of a TOW Air Launcher unit

M65 Air Launched TOW

Test, Evaluation, and Qualification
  • Test Plan Development
  • Aviation and Ground-based DT/OT Planning & Execution
  • Live-Fire Range Testing Support
  • Finite Element Analysis (FEA)
  • Environmental Stress Screening
  • Vibration – Random Dual Axis
  • High and Low Temperature
  • Thermal Shock
  • Mechanical Shock

Test-Station for On-Point Defense Technologies

OBSOLESCENCE MANAGEMENT

Component Event Monitoring

  • Provide impact analysis of each change in engineering, supply chain, production, quality maintenance
  • Identify high-risk components in active products
  • Provide warnings and enable obsolescence planning
  • Analyze similar COTS parts for form, fit, function, and ruggedization to identify potential replacement
Test-Station for On-Point Defense Technologies
Part Obsolescence Management
  • Identify second sources
  • Define last time buy strategies
  • Provide effective resolutions to Diminishing Manufacturing Sources and Material Shortages (DMSMS) challenges
  • Equipment redesign to design out obsolete items via engineering changes at various system levels, to enhance system performance, and improve reliability and maintainability.

SERVICE LIFE EXTENSION

Refurbish – Recondition

  • Inspect, clean, and test equipment
  • Identify and replace defective parts before failure occurs
  • Return to Condition Code A

Rebuild

  • Renew existing equipment once it reaches its expected end of life service at a fraction of the cost of new replacement
Image of TOW Missile Launcher

TOW Missile Launcher

Retrofit

  • Provide outdated equipment with new technology delivers measurable improvements in performance, reliability, maintainability, overall lifecycle cost and safety of personnel.
  • Ensure the overall service effectiveness of legacy systems.

On-Point Defense Technologies - image of an Upgraded TOW Missile Launcher (UTML)

Upgraded TOW Missile Launcher

Stock image of a tank outfitted with a missile launcher

OPDT Solves the Toughest TOW Challenges

  • Legacy TOW Missile Launcher (TML)
  • Upgraded TOW Missile Launcher (UTML)
  • AN-TAS / ITAS (Ground Launched TOW)
  • Upgraded Tripod Mount (UTM)
  • TOW Target Acquisition Systems (ISU, BELRF)
  • Air-Launched TOW
  • Arming Control Unit (ACU)

Team Core Capabilities

  • Engineering Management

  • Electro-Mechanical Analysis & Engineering

    • Systems Integration
    • Rapid Concept Modeling
    • Product Simulation

  • Prototyping & Manufacturing

    • Testing & Integration
    • Lifecycle Management & Support

  • International Depot Services and FSR Support

    • The effective CLS for CCWS for TOW FMS customers

Our Certifications

AS9100D Certificate for On-Point Defense Technologies

Click on the image to view our AS9100D.

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