M6 Spartan Laser
From Halopedia, the Halo wiki
The Weapon/Anti-Vehicle Model 6 Grindell/Galilean Nonlinear Rifle (W/AV M6 G/GNR), colloquially known as the Spartan Laser, is a man-portable and vehicle-mounted solid-state directed-energy anti-vehicle weapon used by the United Nations Space Command. It is one of the few directed energy weapons fielded by UNSC forces, aside from the pulse lasers used by Office of Naval Intelligence prowlers and the X23 NNEMP Cannon used by Gremlin Combat Support Vehicles.
The M6 G/GNR is a man-portable, shoulder-fired, directed energy weapon used by the UNSC. Heat management forces significant downtime between shots, and so the weapon enters an approximately two-second-long standby sequence between shots. The Spartan Laser has a small blast radius, injuring targets within two meters of the point of impact and toppling light vehicles.
The Spartan Laser is the most expensive small arm known to be produced by the UNSC. It costs 218,000.00 cR, more than the cost of four fully armed M12 Warthogs, 134 MA5B assault rifles, or over 7,266 M9 fragmentation grenades. Although the Spartan Laser was considered to be "ruinously expensive" at the time of its introduction, later refinements led to a reduction in production cost which is now only considered to be "extraordinarily expensive". During the Human-Covenant War, only Orbital Drop Shock Troopers and Spartans were given ready access to the weapon. When employed in combat, the Spartan Laser had a marked effect on both allied and enemy morale.
The M6 G/GNR was originally created in concert with the GUNGNIR Mjolnir armor variant as part of Project GUNGNIR, a program designed to provide supplementary matériel for the SPARTAN-II program, hence the "Spartan Laser" moniker. The M6 G/GNR is a man-portable, shoulder-fired, directed energy weapon firing a solid state laser, a powerful microsecond-long pulse of energy capable of burning through thick plates of metallic laminates, nanocomposites, or hardened steel. When the trigger is pulled, a red targeting laser is painted on-target accompanied by an audible whine as the weapon cycles up. The Spartan Laser will then charge for approximately three seconds before discharging the main laser. As the Spartan Laser charges, the charging tone gets noticeably louder and increases in pitch up until the laser is fired. The firing sequence can be aborted without discharging the battery as long as the weapon is not actually fired; for example, if the target moves out of sight or the operator needs to displace.
When the weapon is equipped, a shroud over the emitting lens of the laser lifts up to expose it, presumably to protect it from scratches and battle damage when holstered[Notes 1] A small hydraulic or pneumatic cylinder on the left side of the shroud actuates the shroud where it is anchored to the chassis of the weapon. When the trigger is pulled, a harmless red laser sight is projected on the target and a unique targeting tone is emitted which slowly becomes louder. The Spartan Laser will then charge for four seconds before firing a red laser beam that usually destroys the target.
The Spartan Laser is equipped with a smart-linked Wyrd III optics suite for increased accuracy and is capable of 3× magnification. Its reticule, whether on 1× or 3× magnifications, features a meter on the right side showing the charging status of the laser. The tick mark rests at the bottom of the circular shaped reticule while the laser is dormant, and gradually travels along the reticule's circumference until it reaches the point of origin, indicating that the laser is currently discharging.
When fired, the Spartan Laser emits a solid-state laser beam capable of eliminating all manner of targets in a very large range. When used against infantry such as Jiralhanae Chieftains, the lasers is capable of efficiently burning through the armour and leaving a clean hole through the target and also severely damage anything behind the initial target. The laser has also proven effective in anti-vehicle and anti-air roles, with the shot even managing to pierce all the way through the thick armour of a Type-52 Phantom. The intense energy of the beam imparts splash damage up to a range of approximately two meters from the impact point. A careless operator that discharges the laser while too close to any obstacle will instantly be killed. The beam can also penetrate multiple obstacles and/or targets, provided they are aligned along a linear trajectory.
The beam emitted by the M6 Spartan Laser weapons is typically a bright red, while the variant equipped on the AV-22 Sparrowhawk fires a bluish-white beam.
The casing for the weapon can hold a BA-53635/PLMD non-replaceable battery, which is recharged with a PP-16979/AM-Sh charger. UNSC logistics, however, are not sufficient for the charger to accompany many M6 G/GNR units in the field. The M6 has gone through several iterations, but its changes have been mostly cosmetic. Internal components have changed over time, incorporating incremental advances that have lowered production costs, and increased efficiency, but the significant advances in crystal doping and optoelectronic focusing remain largely opaque to end users. By 2557, Spartan Lasers used Series 6971 battery cells to replace the older BA-53635/PLMDs.
The AV-22 Sparrowhawk is equipped with a nose-mounted M6 G/GNR in addition to its twin-linked autocannons. This version of the Spartan Laser has similar firing and recharge rates to the man-portable version, though it has higher damage potential and a faster charge up. Unlike the standard Spartan Laser, however, the version mounted on the AV-22 fires a bluish-white beam, which may suggest higher intensity; this is likely, as the Sparrowhawk can certainly carry a more powerful battery than the BA-53635/PLMD used by the standard version. Some of the components that were on the Sparrowhawk' Spartan Laser were later miniaturized and installed on infantry-portable M6/E variants after the Covenant War.
The E ("Enhanced") model M6 high-energy laser is just as capable as earlier examples, but is an order of magnitude cheaper to manufacture. Primarily used as an anti-tank laser, the M6/E fires a devastating energy pulse after a short warmup time.
The M6V Spartan Laser is another variant of the M6, seen sporting a similar design to the variant prominently used during the Fall of Reach in 2552, albeit with a darker green and black colouration.
Contrary to popular belief, the Spartan Laser is not a one-hit, one-kill weapon. In gameplay, damage is inflicted on a target by means of multiple, precision strikes from the laser. Instead of what appears to be one intense, uninterrupted beam of energy, the laser is actually multiple, but smaller, charges of energy, sent downrange in rapid succession, giving the appearance of a continuous beam. As the laser is light, there is little chance for escape or evasion before imminent doom. However, it is possible to avoid complete annihilation by traveling at high speeds or quickly finding some cover, thus avoiding the rest of the devastating beam, which allows for targets to be "clipped" but survive.
Under normal circumstances, as long as a direct impact is delivered, one laser shot will destroy any target. Tanks cannot simply be fired upon at any location; each has a vulnerable point that must be hit in order to achieve a catastrophic kill with one shot. The Wraith must be fired upon from the vehicle's rear, right below the mortar at its power core, or directly aimed at the cockpit. The Scorpion must be hit in the driver's canopy to kill him or her instantly, though to destroy the tank you must aim for the exhaust vent. It is powerful enough to make its way through nine Warthogs parked bumper to bumper. It is also highly effective at destroying Scarabs' leg joints, although The Covenant is the only mission where this can be done, and it is unlikely the player will keep the Spartan Laser that long into the level without completely draining its battery.
The Spartan Laser, commonly known in player lexicon as the Splaser, is the most powerful small arm in Halo 3, Halo 3: ODST, and Halo: Reach, combining long range with lethal force. Most destructible vehicles are often destroyed in a single blast, except in the case of a near miss, in which case the target will still suffer heavy damage. It can also easily strike and kill multiple opponents and vehicles if they are lined up correctly. In Halo 4, its destructive capabilites are only matched by the Incineration Cannon, which is far less accurate than the Laser.
As with all powerful weapons, there are a few disadvantages. The Spartan Laser needs to charge for three seconds (four seconds after Title Update 2), before firing, and requires another two to four seconds to cool down after firing. In Halo 3 and Halo 3: ODST the laser uses 20% of its battery's charge per shot, allowing for at most five shots. In Halo: Reach and Halo 4, the weapon uses 25% of its battery power per shot, allowing a maximum of four shots.
The targeting laser may give away the operator's position. If a player sees the targeting beam, they could possibly dodge the shot, thus wasting valuable battery power. This is very unlikely, as the targeting beam is very faint and hard to see in the midst of battle and at long distances. However, it is possible to hear a charging laser if you are near the operator, and can thus enact a countermeasure to prevent the operator from striking. A point blank shot can cause fatal splash damage to the wielder, and close-range combat with the weapon puts them at risk of being injured or killed by debris.
The laser's cycle time is dangerously long; while venting, the user is vulnerable to counter attack.
Finally, the laser is infamous for the difficulty in aiming the weapon, being nearly impossible for inexperienced players to engage quick, erratically-moving targets (such as infantry units). This is caused by the charging time, which mandates that the player keep an accurate lock on his or her opponent, lest the laser discharge in vain. Should the target duck behind cover or out of line of sight and the operator cancel the firing sequence, it starts from the beginning.
Halo 3 and Halo 3: ODST
The weapon is not available in the Halo 3 campaign until the level The Covenant, in which John-117 begins the level armed with the Spartan Laser. There is another Spartan Laser lying nearby on the ground near the Pelican, presumably dropped by a Marine when it was shot down. The M6 is the only weapon able to harm 343 Guilty Spark on the final level of Halo 3, with the exception of the Fuel Rod Gun and Rocket Launcher, through a glitch.
In Halo 3 Multiplayer, killing another player with the Spartan Laser awards the Laser Kill Medal. The achievement "Two for One" is unlocked by scoring a double kill with a single laser shot in any ranked free-for-all playlist.
In Halo 3: ODST, the weapon appears in the levels Uplift Reserve, Kizingo Boulevard, ONI Alpha Site, NMPD HQ, and Coastal Highway, usually in hands of Dutch, as well as in all Firefight maps. The weapon charges slightly faster than in Halo 3.
In campaign, multiplayer, or Firefight, getting 5, 10, and 15 kills with the Spartan Laser without dying will award (respectively) the "Laser Spree", "Red Menace", and "Sunburst" medals to the player. Like in Halo 3, killing an enemy with the weapon will give the player a Laser Kill Medal and one point towards the "Heavy Weapons" Commendation (or the equivalent, depending on the game mode).
The spree medals are not present in Halo 4 multiplayer, though the "Laser Kill" medal remains, and gaining a kill with the weapon will award a single point towards the "Spartan Laser" commendation.
Halo: Spartan Assault and Halo: Spartan Strike
Halo Wars 2
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