Laser Detonator

Product Description

Laser detonators can be used in applications requiring shock or severe mechanical impulse to operate. The detonation output is useful for setting off adjacent high order energetics, including transfer lines, or for rupturing adjacent surfaces for various purposes such as releasing pressure or intentionally inducing structural failure mechanisms (e.g. bulkhead or pressure vessel breaching, shape charge activation, etc.).

Key Features

How Laser Detonator Works

Laser detonators perform the same roles as conventional detonators, although they use an alternate activation method – infrared laser light. Laser initiated devices offer unique characteristics Laser Detonator over electrically ignited devices. They are ESD, RF and EMI/EMP immune which can be advantageous in certain design applications. They also generally present a system weight reduction for cabling because the fiber optic lines weigh less than typical copper lines and energetic transfer lines. We have qualified designs which utilize 100, 200 and 400 micron fiber optic cable assemblies and our patented Dual Fiber approach to support Optical BIT. Any of the current designs can be adapted to other specified fiber optic systems while supporting redundant initiation.

Reliability and safety have been demonstrated on these designs as attested by the approval of range safety and man rated system uses plus qualification to MIL-DTL-23659.

Our laser detonator designs use either primaries to generation the detonation event or all approved secondaries and approved pyrotechnic material in a run-up design. Thus it is possible to provide a MIL qualified Laser Detonator design which is completely primary free.


Laser detonators can be used in applications requiring shock or severe mechanical impulse to operate.


  • All-Fire
    (99.9% reliability @ 95% confidence)
    200mw/5ms (1 mj) to 20.4mj/11ms
    (Depending on ordnance material, fiber size, and device design)
  • Function Time
    Typical <2ms, Max 5 ms for 100um fiber input at
    99.9% reliability @ 95% confidence firing level
  • Operating Temperature
    Typical -65F to +165F
  • No-Fire
    (5 minute)
    (99.9% reliability @ 95% confidence)
  • Wavelength
    Typical 808 nm, 980 nm, 1064 nm
    depending upon device
  • Applicable Specifications
    Tested to RCC-319
    Qualified to MIL-STD-23659 Appendix A
    Explosives from MIL-STD-1750
    Compliant with MIL-STD-1901A


Geometric interface dimensions and features can be customized to meet the customer applications.


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