Katerina Swanson
The M60 is an American second-generation main battle tank (MBT) that was standardised in March 1959. It has a fuel capacity of 385 gallons and is equipped with a fire detection and halon gas fire extinguishing system. The M60 tank series became the American primary main battle tank during the Cold War, with a production total of 15,000 M60s. The M60A3 variant was phased out of service in 1997 and superseded by the M1 Abrams.
| Characteristics | Values |
|---|---|
| Fuel capacity | 385 gallons |
| Engine | Continental AVDS-1790, Air-Cooled, V-12, Diesel, 750 hp |
| Speed | 30 mph |
| Range | 300 miles |
| Total produced | 2,205 |
| Total M60 series produced | 15,000 |
| Upgraded M60A3s operated by Egypt | 1,700 |
| Upgraded M60A3s operated by Turkey | 900 |
| Upgraded M60A3s operated by Israel | 700 |
| Maximum depth of water the tank can cross without preparation | 48 inches |
| Maximum depth of water the tank can cross using the fording kit | 90 inches |
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What You'll Learn
The M60 tank has a fuel capacity of 385 gallons
The M60 is an American second-generation main battle tank (MBT) that was standardised in March 1959. It was developed from the M48 Patton, though it was never officially named as such. Over 15,000 M60s were built, with hull production ending in 1983.
The M60A1 RISE variant of the tank features an AVDS-1790-2D RISE engine with CD-850-6A transmission. The M60A1 hull became available in 1966, and was later upgraded to the M60A1E2 designation. The M60A1E2 finalised the turret design, reducing the exposed frontal area by 40% compared to the M60A1.
The M60 series became the primary American main battle tank during the Cold War. The original M60 was succeeded by the M60A1, which featured a redesigned turret and commander's cupola, additional armour protection, and a hydraulic brake system. The M60A2 variant was also produced, though significant problems were encountered with the missile and launcher.
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The fuel is routed through a manual shut-off valve and two solenoid valves
The M60 is an American second-generation main battle tank (MBT) that was standardised in March 1959. It was the primary main battle tank for the US during the Cold War, with a production total of 15,000 M60s.
The M60 has undergone various upgrades and modifications over the years, with specific attention given to improving its fuel supply system. The fuel is routed through a manual shut-off valve and two solenoid valves at the rear of the engine. This routing process is a critical part of the M60's fuel system, ensuring the efficient and controlled flow of fuel to the engine.
The manual shut-off valve acts as a primary control point, allowing operators to manually regulate the fuel flow. This valve is designed to be operated by hand, giving crew members the ability to quickly cut off the fuel supply if necessary. Having a manual valve provides a level of redundancy and added safety in the event of electrical or automatic system failures.
The two solenoid valves work in conjunction with the manual valve, offering further control and precision over fuel flow. Solenoid valves are electromechanically operated, allowing for precise and rapid opening and closing. They are typically used to control the flow of fuel or other fluids in response to electrical signals from the engine's control system.
In the M60's fuel system, the solenoid valves are likely connected to the fuel lines downstream of the manual shut-off valve. They receive electrical signals from the engine's control module, which dictates the timing and duration of their opening and closing. This ensures that the correct amount of fuel is injected into the engine at the right moments during the combustion process.
By having both manual and solenoid valves, the M60's fuel system benefits from a combination of human oversight and automated precision. This setup not only enhances fuel efficiency but also contributes to the overall safety and responsiveness of the tank's engine.
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The engine sprays fuel into the exhaust manifold
The M60 is an American second-generation main battle tank (MBT) that was standardised in March 1959. It features a fuel supply system that routes fuel through a manual shut-off valve and two solenoid valves at the rear of the engine. The engine then injects fuel into the left and right exhaust pipes upstream of the turbochargers. This process vaporises the fuel, creating a dense white cloud of smoke emitted from the exhaust stacks.
The engine spraying fuel into the exhaust manifold is a critical aspect of the M60's fuel system and overall functionality. The exhaust manifold is an essential component of the engine, responsible for collecting the exhaust gases after combustion in the engine cylinders and directing them towards the exhaust pipe. It combines the two exhaust pipes into one, allowing the exhaust gases to exit the engine.
The design and functionality of the exhaust manifold have a significant impact on engine performance. It helps improve fuel efficiency and enhances the overall performance of the vehicle. The exhaust manifold is subject to extremely high temperatures, reaching up to 900°C, and its thermal reliability is crucial due to increasing environmental and economic requirements.
The exhaust manifold is also integral to the thermal cycle of the engine, experiencing thermal stresses during warm-up and cool-down periods. The temperature of the exhaust manifold is influenced by various factors, including the fueling rate, intake manifold temperature, air-fuel ratio, and exhaust port design. Maintaining the optimal temperature in the exhaust manifold is essential to prevent excessive thermal stresses and ensure the efficient operation of the M60's engine.
Additionally, the exhaust manifold plays a role in the vehicle's acoustic characteristics. A leak in the exhaust manifold can cause the engine to sound louder or noisier than usual. Such leaks can also lead to reduced fuel efficiency and decreased engine power, emphasising the critical nature of the exhaust manifold's integrity in the overall performance and efficiency of the M60 tank's engine.
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The M60 tank is equipped with a fire detection system
The M60 is an American second-generation main battle tank (MBT) that was standardised in March 1959. It has been one of the world's most successful main battle tanks, with 15,000 units produced and serving in the armies of 22 countries.
The M60A1(RISE) Passive variant features a deep water fording kit, Explosive Reactive Armour (ERA), and a Vehicle Engine Exhaust Smoke System (VEESS) that obscures the area around the tank visually. The M60A1(RISE) Passive variant also introduced two six-barrelled, electronically fired M239 smoke grenade launchers, one on each side of the main gun. The smoke grenades contain a phosphor compound that masks the tank's thermal signature.
The M60 tank has been continuously upgraded with advanced weapon control, ammunition, applique armour, and more powerful engines. Raytheon has developed integrated fire control systems (IFCS) for the M60, achieving Phoenix level 1 standard. The IFCS includes HIRE II second-generation thermal imaging gunner's sight, an ELITE II eyesafe laser rangefinder, and a General Dynamics Canada digital ballistic computer.
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The M60 tank's engine provides 750 bhp at 2,400 rpm
The M60 is an American second-generation main battle tank (MBT) that was standardised in March 1959. It is one of the world's most successful main battle tanks, with 15,000 units produced and serving in the armies of 22 countries. The M60A3 variant, which entered service in 1978, is equipped with the Continental AVDS-1790-2C 12-cylinder air-cooled diesel engine, delivering 750 brake horsepower at a rotational speed of 2,400 revolutions per minute. This engine enables the M60A3 tank to achieve a maximum cross-country speed of 10-12 miles per hour and a road speed of up to 30 miles per hour, with a cruise range of 312 miles.
The M60A3's engine represents an upgrade from the previous 750 hp engine, providing increased power output without requiring modifications to the existing hull. This engine upgrade is part of a broader set of improvements incorporated into the M60A3, including enhancements to the gunfire control system. The M60 series as a whole has undergone continuous advancements, with various variants such as the M60A1 and M60A2 featuring their own unique upgrades.
The M60A4 was a proposed upgrade for the National Guard, which would have included improved protection, automotive performance, and combat effectiveness. This upgrade retained the same M68E1 gun as the M60A3 but offered subsystem upgrades, including appliqué and wraparound armour, internal spall liners, laser protection, and an automatic fire suppression system.
The M60 tank series played a significant role during the Cold War, serving as the primary main battle tank for the United States. The M60A1 variant, introduced in 1962, featured a redesigned turret, additional armour protection, an electrical computer, a coincidence rangefinder, and a hydraulic brake system. The M60A2 variant, which was eventually superseded by the M60A3, introduced a new turret fitted with a 152mm gun and missile launcher.
The M60's fuel supply system involves routing fuel through a manual shut-off valve and two solenoid valves at the rear of the engine. Fuel is then injected into the left and right exhaust pipes upstream of the turbochargers, resulting in the emission of a dense white cloud of smoke from the exhaust stacks. This process occurs at a rate of approximately 1 gallon per rein.
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Frequently asked questions
The M60 tank has a fuel capacity of 385 gallons. However, I cannot find specific information on the location of the fuel tanks. The M60 tank has undergone a complete overhaul, including the fuel supply.
The M60 is an American second-generation main battle tank (MBT). It was officially standardised in March 1959 and became the primary main battle tank during the Cold War.
The fuel capacity of an M60 tank is 385 gallons.
