Before a vehicle is ready for launch, it is evaluated through a number of tests and simulations. These tests are performed to ensure the safety and efficiency of the vehicles. The Moose test is one such test. It is performed to measure a car’s stability during extreme turns.
Here we will provide you with an explanation about the Moose test, its procedure, working and car models that failed it.
What is a Moose Test?
Moose test is a road safety test that evaluates a car’s ability to take a steep turn and return to normal position without losing control. The test was initiated in Sweden during the 1970s. It was coined ‘Moose Test’ to represent the presence of a large object on the road like a Moose. Teknikens Varld magazine was the first one to highlight the importance of this test and introduce it to the world.
Now let’s take a look at how this test is performed.
How Is Moose Test Performed?
The Moose test of cars is performed on a road or track that is completely dry. Instead of a large object, cones are used to design an ‘S’ shaped route on the track. The driver has to maneuver through the cones with a minimum speed of 100 km/h.
The conditions of passing the test are mentioned below:
- Steady acceleration up to 100 km/h
- Sharp turning of the vehicle while maintaining two-meter distance from cones
- Braking
- Returning to the straight lane
A vehicle will pass the test if it completes the task without rolling, skidding or drifting.
Which Cars Pass or Fail the Moose Test?
Moose test is still not considered as an official road safety test for a vehicle as it is extremely difficult to pass. However, Teknikens Varld performs this test on new models and the results are not as expected.
The test became popular among car enthusiasts in 1997, when the Mercedes A-Class Moose test came negative. However, different cars fail the Moose test due to a different reason. Here we have listed some common reasons of Moose test fail.
- The center of gravity and narrow tracking of the vehicle should be coordinated. Vehicles with a higher center of gravity often fail the test and rollover during the test.
- Adequate working of the anti-lock braking system is essential. If the braking system is too hard it will cause difficulty in returning to the straight path again.
- Similarly, coordination between rear tyres and the braking system is necessary. In other cases, rear tyres will slip and cover a longer distance before completely stopping the vehicle.
- In electric vehicles, the location of the battery plays a significant role. If it is located in the trunk or hood it will shift the center of gravity and increase the chance of a negative Moose test.
- The length and type of car suspension also play an important role in turning off the vehicle. The 18 inches car wheelbase is considered more appropriate for passing the Moose test.
Electric Cars and Moose Test
Electric cars have higher percentage of positive Moose test results than petrol and diesel engine cars. The main reason for this is the additional weight of electric cars. The batteries for storing electricity in the car increase its weight. The additional weight lowers the center of gravity and reduces its chances of slipping or rolling over. We have enlisted some of the electric cars model that perform well at Moose test:
This was all about the car Moose test. Although, the test is not officially adopted as a safety test by car manufacturers. Car enthusiasts still prefer vehicles with higher Moose test results. The higher test results ensure that the vehicle is more secure and less likely to encounter accidents in emergencies. If you are looking for a used vehicle, ensure that its Moose test results are above average. To find such a vehicle, browse through these used cars for sale in the UAE.
Stay tuned to UAE’s top auto blog for more information on road safety tests.
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