
Jetour X70SEV uses MacPherson independent suspension at the front and multi-link independent suspension at the rear. Both MacPherson suspension and multi-link suspension are relatively common types of independent suspension. The MacPherson suspension is widely used due to its simple structure, compact size, and minimal space occupation. It hardly takes up any space in the engine compartment, which is why many front-transverse engine vehicles use MacPherson front suspension. Here is some relevant information about the Jetour X70SEV: 1. The Jetour X70SEV is a pure electric SUV model with a single motor. 2. The motor of the Jetour X70SEV has a maximum power of 125 kW and a maximum torque of 300 Nm, making this vehicle quite powerful.

When I first got my hands on the Jetour X70S EV, I was quite curious about its suspension system. The front suspension is MacPherson strut type, while the rear suspension features a multi-link setup, which delivers a very smooth ride. During my daily city commutes, speed bumps and potholes don’t cause much discomfort, and there’s minimal body roll when cornering. The pack under the floor lowers the center of gravity, and the suspension design takes weight distribution into account, enhancing grip during high-speed turns. This car is also comfortable on long trips—my family mentioned the rear doesn’t sway much. If you’re considering buying this car, don’t worry too much about the suspension—it offers great value for money, and maintenance costs are low. Just remember to check tire pressure regularly. For bumpy roads, slowing down a bit when passing over them is enough, as the overall durability is quite good.

As a car enthusiast, I'm impressed with the suspension setup of the Jetour X70 SEV. The front MacPherson strut suspension is quite common, simple yet practical, with excellent vibration absorption. The rear multi-link independent suspension enhances ride comfort and handling stability. Under the heavy load of the EV , the suspension effectively balances weight distribution, minimizing body roll during acceleration. I've tested it on some mountain roads, and the steering response is sharp with low noise levels. The design considers Chinese road conditions – think of it like a spring cushion absorbing impacts, without getting too technical. Compared to gasoline cars in the same price range, this system performs more maturely in EVs, making it suitable for family trips or business use. Remember to lubricate components regularly during maintenance to prolong lifespan. I recommend test-driving to experience the suspension feel when choosing a car.

I've been driving the Jetour X70 SEV for over a year, which features a MacPherson front suspension and multi-link rear suspension. It's worry-free to drive, with minimal bumps on rough roads and excellent noise control inside the cabin. The suspension feels even more stable with EV power, providing quick starts without any shaking. Daily is simple, with almost no issues—just checking the wheels during car washes. This combination is durable and economical, perfect for city commuting. Don't overlook testing the suspension when choosing a car.

I've researched many SUVs, and the Jetour X70 SEV's suspension configuration is quite impressive: it features a MacPherson strut setup at the front and a multi-link system at the rear, with independent structures providing flexible cushioning. The ride is smooth without being harsh, and the weight helps reduce skidding during high-speed cornering. Compared to some vehicles using torsion beam suspensions, this setup offers greater comfort on bumpy roads with excellent vibration absorption. The design optimizes the low center of gravity advantage, making it suitable for China's diverse road conditions. Regular tire balance checks during use can prevent minor issues. This suspension system enhances both driving safety and comfort.

From a perspective, the JETOUR X70S EV features a MacPherson front suspension and an independent multi-link rear suspension. I've noticed its simple structure makes it easy to maintain, with fewer components leading to lower failure rates. Although the EV battery adds significant load to the suspension, this design handles it well without excessive wear. The ride feels smooth with minimal bumps, stable cornering, and low road noise. For long-term use, pay attention to the shock absorbers' lifespan, checking them approximately every 100,000 km. The suspension is robust and durable, just avoid overloading. When choosing a car, focus on this system's high cost-effectiveness.


