Radar equipment Mark 35 is operating in the X-band (IEEE designation) or in the I-band (NATO designation) fire control radar for use in gun fire Control system Mark 56, which controls heavy machine guns. It supplies error signals to the gun fire Control System in range, bearing and elevation to produce a completely automatic tracking system.

Mark 56 Gun Fire Control System (Mk.56 GFCS) is a gun fire-control system made up of AN/SPG-35 radar tracker and the Mark 42 ballistic computer. [1]

The Rheinmetaii MK 35/50 mm Rh 503 is an externally powered weapon that initially fires existing bottle-shaped 35 mm ammunition, which is already in service with Germany and a number of other NATO countries, as well as new Rheinmetaii 35 mm KE and Diehl HE rounds.

The 5-inch (127 mm)/54-caliber (Mk 45) lightweight gun is a U.S. naval artillery gun mount consisting of a 5 in (127 mm) L54 Mark 19 gun on the Mark 45 mount. [1] It was designed and built by United Defense, a company later acquired by BAE Systems Land & Armaments, which continued manufacture.

The Oerlikon GDF[4] or Oerlikon 35 mm twin cannon is a towed anti-aircraft gun made by Oerlikon Contraves (renamed as Rheinmetall Air Defence AG following the merger with Rheinmetall in 2009). The system was originally designated 2 ZLA/353 ML but this was later changed to GDF-001.

The Oerlikon 35 mm twin cannon is a towed anti-aircraft gun made by Oerlikon Contraves (renamed as Rheinmetall Air Defence AG following the merger with Rheinmetall in 2009). The system was originally designated as 2 ZLA/353 ML but this was later changed to GDF-001. It was developed in the late...

The Mk 35 is a target acquisition and tracking radar for the Mk 56 anti-aircraft gunfire-control system used with 5-in and 3-in dual-purpose (DP) guns. The radar antenna is a 48-in parabolic dish.

This remote controlled, high precision 35mm air defence gun with integrated radar tracker and electro-optical sensor unit is a powerful, autonomous shooter capable for various kinds of missions.

Since present target position is measured in deck coordinates, the lead angles must be converted into their equivalent angles in deck coordinates. This conversion is performed in the Mark 30 computer by a graphic device called the axis converter. The converter is a small dummy-gun arrangement which reproduces the actual conditions of the problem.

During the Battle of Manila Bay in 1898, USS Olympia fired an 8" (20.3 cm) shell from one of her 8"/35 (20.3 cm) guns that struck the Spanish flagship Reina Christina "squarely in the stern and drove through the length of the ship, rending every obstruction, wrecking the aft boiler, and blowing open the deck in it...