Services Provided

On-Point Defense Technologies chart of Lifecycle Management

We Focus on Repurposing Fielded Technology by Significantly Increasing Time-to-Warfighter While Minimizing Design Costs

Product Development

Product Design
  • SolidWorks 3D Solids Modeling, Design, and Drawings
  • Physical Prototype Fabrication
  • 3-D Printing
  • Designed for Manufacturing & Assembly
  • Drafting and Documentation
On-Point Defense Technologies illustration of a product schematic
Electro-Mechanical Design
  • Electro Mechanical Assemblies
  • Digital and Analog Circuit Design
  • Multilayer Circuit Card Assemblies
  • Cable & Wiring Harness Assemblies
  • Electronic Chassis Assemblies
Image of On-Point Defense Technologies TOW launcher cannons
Build-to-Print Production
  • High Mix – Low Volume
  • From LRIP to Full Rate Production

Systems Integration

& Testing

images of a Humvee and a helicopter fitted with TOW missile launchers
Platform Hardware Integration
  • Target Acquisition, EO/IR Sensor Systems
    • Integration
    • High Voltage/Pulse Power Systems

    Air and Ground Platform Integration

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

Obsolescence Management

Component Event Monitoring
  • Provide impact analysis of each change on 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
image of a testing station at OPDT
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.
Three images of various circuit boards used at OPDT

Service Life Extension

Refurbish – Recondition
  • Inspect, clean, and test equipment
  • Identify and replace defective parts before failure occurs
  • Return to Condition Code A
  • Renew existing equipment once it reaches its expected end of life service at a fraction of the cost of new replacement
image of refurmished components at OPDT
  • Provide outdated equipment with new technology delivers measureable improvements in performance, reliability, maintainability, overall lifecycle cost and personnel safety.
  • Ensure the overall service effectiveness of legacy systems.


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

  • System Program Management
  • Electro-Mechanical Engineering & Design
    • System Engineering
    • Product Engineering & Design
    • Analysis & Simulation
  • Prototyping & Manufacturing
    • Testing & Integration
    • Lifecycle Management & Support
  • International Field Service Representative (FSR) Support
    • The effective CLS for CCWS w/r/t TOW FMS customers