···
Log in / Register

What are the body dimensions of the George Patton?

4 Answers
VonLiam
07/29/25 6:14am
The body dimensions of the George Patton are: length 5930mm, width 2537mm, height 2145mm, with a wheelbase of 3584mm. Taking the 2018 George Patton as an example, it is a large SUV with a body weight of 3450kg. The 2018 George Patton features an independent double-wishbone front suspension and a solid axle non-independent rear suspension. It adopts a front-engine four-wheel-drive layout, equipped with a 3.5T turbocharged engine that delivers a maximum horsepower of 435PS, a maximum torque of 723Nm, and a maximum power of 320kW. It is paired with a 10-speed automatic transmission.
Was this review help?
13
1
Share
AidenLynn
08/12/25 9:24pm
Last year I rented a George Patton Tomahawk for a weekend trip. The vehicle is about 6.6 meters long, 2.5 meters wide, and approximately 2.6 meters tall, with a wheelbase of 4.2 meters. When parked in my neighborhood, it occupied one and a half parking spaces, and my neighbors thought I'd brought in a mobile fortress. The driving position offers an exceptionally high vantage point, almost like sitting in a truck, but navigating narrow alleys requires extra caution – one wrong move and you might scrape a wall. The interior is incredibly spacious, comfortably seating eight people, with enough room in the rear to fit a small refrigerator. The fuel consumption isn't modest either, reaching about 20 liters per 100 km in city driving – the gas station attendants always prepare extra fuel pumps when they see me coming. Overall, driving this beast in urban areas tests your patience, but the commanding sense of security it provides during countryside outings or long-distance travel is incomparable to smaller vehicles. It's particularly thrilling when other drivers voluntarily make way for you on elevated highways.
Was this review help?
11
5
Share
Expand All
VanSophie
10/04/25 2:32am
As a car enthusiast, I'm obsessed with the dimensions of the George Patton. Typically, the model measures 6.6 meters in length, 2.5 meters in width, and 2.6 meters in height, modified from a Ford heavy-duty chassis. Its massive size allows for extensive customization inside, like a mini RV—adding a bar or TV screen is no problem. However, it also brings challenges, such as difficulty fitting into regular parking spaces, with many height-restricted areas (often capped at 2.4 meters) becoming off-limits. On the road, the large size results in significant wind resistance; while it offers good stability at high speeds, acceleration is sluggish. For off-roading, the big wheels and robust suspension provide strong support, but the approach angle is limited due to its length, requiring open routes. While its imposing dimensions make it a head-turner, daily maintenance costs are high—even compulsory insurance premiums double annually. In short, buying one requires careful consideration of parking space and wallet depth.
Was this review help?
20
0
Share
Expand All
MacCassidy
11/17/25 4:06am
This big guy is commonly seen in auto repair shops, measuring about 6.6 meters in length, 2.5 meters in width, and 2.6 meters in height. With such large dimensions, the door frame often needs to be removed just to get the vehicle into the shop, otherwise it won't fit; repairing the engine is also a hassle, requiring a lift to raise it. Fortunately, the body armor is thick, providing excellent energy absorption during collisions and a high safety rating. The rims are significantly larger than those of a typical SUV, adding an extra 200 yuan to tire changes. Naturally, larger size comes with more issues, such as faster suspension wear and a higher risk of scraping the undercarriage in urban driving—regular inspection of support components is recommended. However, the spacious interior makes it great for storing tools or towing, and drivers often praise its stability during post-repair test drives.
Was this review help?
9
4
Share
Expand All
More Forum Discussions

How to Drive an Audi A6?

Here are the steps to drive an Audi A6: 1. When the gear lever is in the P (or N) position, start the car with the key. 2. To shift the gear to D (Drive) or R (Reverse), you must press the brake pedal; otherwise, the gear will not move. 3. After shifting the gear to the desired position, release the brake pedal, and the car will start moving forward (or backward). Then, press the accelerator to drive. 4. To stop, simply press the brake pedal, and the car will come to a halt. 5. For short stops, you can press the brake pedal directly. For longer stops (more than 2 minutes), it is better to shift the gear to N, release the brake pedal, and use the handbrake. 6. On the gear lever, P stands for Park, R for Reverse, N for Neutral, and D for Drive.
20
3
Share

What does 'Lincoln turning into Renault' mean?

Lincoln turning into Renault should be a joking remark, suggesting that some models of the Lincoln brand resemble certain models of the Renault brand in appearance, failing to reflect the distinctive features expected of Lincoln models. Below is relevant information about the two automotive brands: 1. Lincoln is the second brand owned by Ford Motor Company, besides 'Ford,' established in 1907 by Mr. Henry Leland. It was the first car named after a president and produced for a president. 2. As a premium brand under Ford Motor Company, Lincoln is renowned for its wide chassis, numerous luxury interiors, and extended versions. Its logo features a shining star within a rectangle, symbolizing President Lincoln as the morning star of the United States' federal unity and the abolition of slavery, also metaphorically representing the brilliance of Ford Lincoln cars. 3. Renault is a French vehicle manufacturer producing a variety of vehicles including racing cars, compact cars, mid-size cars, SUVs, and large cars. The company is named after its founder, Louis Renault, and its logo consists of four diamonds forming a pattern, symbolizing the integration of the three Renault brothers with the automotive industry.
12
0
Share

What does NVH mean in cars?

The meaning of NVH in cars is: Automotive NVH, where H specifically refers to Harshness. Automotive NVH decibels refer to Noise, Vibration, and Harshness, which is also the abbreviation for Noise, Vibration, and Harshness in English. Sources of NVH issues: 1. Engine NVH. 2. Body NVH. 3. Chassis NVH. Parts involved in engine NVH issues: 1. The engine itself has high noise. 2. Poor vibration damping effect of engine mounting components. 3. Poor sound insulation technology in the front bulkhead and floor of the cabin.
8
1
Share

Why is it difficult to start the car when it's cold?

The reason is that the engine oil in the cylinders solidifies due to cold. There are two main reasons for the solidification of engine oil in cold conditions: 1. As the temperature drops, the viscosity and specific gravity of gasoline increase, and its volatility deteriorates. 2. Inadequate lubrication of friction surfaces. During a cold start, the oil pump cannot immediately deliver lubricating oil to all friction surfaces, worsening the initial lubrication conditions. 3. The lubricating oil film on the cylinder walls is damaged. Due to the low temperature, gasoline atomization becomes difficult, and some unatomized fuel enters the cylinder in liquid form, washing away the residual oil film on the cylinder walls. This deteriorates the lubrication conditions between the cylinder walls and piston rings, leading to a sharp increase in wear.
14
0
Share

What does the button with a P and three slashes in a car represent?

A button with a P and three slashes in a car represents the parking sensor. The parking sensor can also be called "reverse anti-collision radar" or "parking assist device." The parking sensor is a safety driving assistance device designed to help drivers understand the surrounding obstacles during parking, reversing, or starting. During use, it alerts the driver through sound or other means. Therefore, during parking or reversing, you may hear warning sounds, which indicate that the parking sensor has detected an obstacle. However, some cars have a P with two slashes instead of three, which is also the button for the parking sensor. Additionally, some cars do not have an automatic parking function, so the specific functions of the buttons on different car models can only be known through actual operation by the driver. The parking sensor consists of ultrasonic sensors (commonly known as probes), a controller, and a display (or buzzer). It informs the driver about surrounding obstacles through sound or more intuitive displays, eliminating the hassle of checking front, back, left, and right during parking, reversing, or starting the vehicle. It also helps the driver overcome blind spots and unclear vision, improving driving safety.
11
5
Share

Why does an automatic car roll backward when starting on a slope?

If the car is not given throttle, the driver should apply throttle to climb the slope. Automatic cars may experience rolling backward when starting on a slope. If only the D gear is engaged without applying throttle while on a slope, the idle speed may be insufficient to move the vehicle up the slope, potentially causing the engine to stall. Below are some techniques for starting on a slope: 1. Whether during practice or a simulated test, the first step after getting in the car is to fasten the seatbelt, then adjust the seat position, backrest angle, and rearview mirror until comfortable and able to observe the surroundings clearly. Developing good habits ensures smoother performance during tests. 2. After preparations are complete, begin the slope start. Press the clutch pedal fully with the left foot, shift to first gear, release the handbrake, and slowly release the clutch to start the car while steering straight. It's best to align the car properly at this stage, as adjusting on the slope is difficult and often leads to deviation. 3. Stopping during a slope start requires precise alignment with the edge line—only within 30CM is considered acceptable. Slightly steer to the right, so try to straighten the car in step two. 4. Stay focused while climbing, maintain a slow speed, and steer steadily. As the car approaches the slope stop line, control speed using the clutch and brake. When the eye, vehicle hood, and yellow marker align, brake at about 50CM from the stop line.
17
1
Share
Cookie
Cookie Settings
© 2025 Servanan International Pte. Ltd.