Why Artillery Guns Always Shoot Short at Night

States Marines firing round after round with the M777 Howitzer, brightening the night sky with parachutes and candles. Introduces unique tools and equipment associated with the howitzer.

Discusses the different features of the M777, such as hidden fever gauge in propellant charges and variable length of the trigger lanyard. Highlights the deafening sound of the howitzer and the use of 'Peltons' to block the noise.

Explains the methods of transporting the M777, including air transport via CH53 or Osprey tiltrotor and towing by trucks. Describes the process of scouting, setting up, and operating the gun upon arrival at a location.

Details the handling of ammunition for the M777, including propellant temperature considerations, muzzle velocity adjustments, and the significance of protective gear. Emphasizes accuracy in targeting with artillery guns and the use of different types of rounds.

Describes the process of setting up and firing the M777, including fuse installation, aiming the gun, and loading and firing rounds. Discusses the accuracy of artillery guns and the impact of smart rounds on targeting precision.

Explores night operations with the M777, including the use of illumination rounds and night vision equipment. Compares direct fire with indirect fire and highlights the risks involved. Mentions factors affecting the range of shots at night.

Addresses the maintenance and safety aspects of the M777, focusing on electronic wear, barrel maintenance, and the importance of proper upkeep to ensure crew safety. Discusses the significance of maintaining the gun in good condition to avoid risks.

Discusses the training environment for marines, highlighting the harsh conditions they train in at Twentynine Palms combat center. Emphasizes the realism of the training provided to prepare marines effectively.