The REM-226 Gungnir is a long-range fire control missile developed by the UNSC Navy. It consists of a standard three- or four-stage Multi-Stage Missile fitted with an FTL telemetry link instead of a warhead. Designed to be pod-fired, this missile acts as a control node for the other twenty-five missiles in the pod and allows a ship equipped with the FTL PALANTIR-4 targeting system to provide effectively real-time control to the missiles across their range envelope. Because of this, it can theoretically allow for dramatic extensions in range going into the tens of millions of kilometres.
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| - The REM-226 Gungnir is a long-range fire control missile developed by the UNSC Navy. It consists of a standard three- or four-stage Multi-Stage Missile fitted with an FTL telemetry link instead of a warhead. Designed to be pod-fired, this missile acts as a control node for the other twenty-five missiles in the pod and allows a ship equipped with the FTL PALANTIR-4 targeting system to provide effectively real-time control to the missiles across their range envelope. Because of this, it can theoretically allow for dramatic extensions in range going into the tens of millions of kilometres.
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| Range
| - *Three-stage MSM: Two million kilometres at continuous maximum power
*Four-stage MSM: Two-point-eight million kilometres at continuous maximum power
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| Affiliation
| - *UNSC Navy
*Imperial Unggoy Navy
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| Operation
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| Type
| - Long-range fire control missile
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| Rate of Fire
| - Launcher capable of firing rates of up to sixty launches per minute.
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| Manufacturer
| - Bellum Aerospace Industries
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| abstract
| - The REM-226 Gungnir is a long-range fire control missile developed by the UNSC Navy. It consists of a standard three- or four-stage Multi-Stage Missile fitted with an FTL telemetry link instead of a warhead. Designed to be pod-fired, this missile acts as a control node for the other twenty-five missiles in the pod and allows a ship equipped with the FTL PALANTIR-4 targeting system to provide effectively real-time control to the missiles across their range envelope. Because of this, it can theoretically allow for dramatic extensions in range going into the tens of millions of kilometres.
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