Does the Highlander have anti-collision beams?
3 Answers
The Highlander is equipped with anti-collision beams, and both the front and rear anti-collision beams of the Highlander are made of aluminum alloy. The thickness of the rear anti-collision beam exceeds 6 millimeters, and there is a layer of cushioning foam on the outer layer of both the front and rear anti-collision beams. The Highlander is a mid-size SUV with a body length, width, and height of 4890 mm, 1925 mm, and 1720 mm respectively, and a wheelbase of 2790 mm. The Highlander is powered by an engine with the model code 8AR-FTS, which is a 2.0-liter turbocharged engine. This engine delivers 220 horsepower and a maximum torque of 350 Nm, with a maximum power output at 5200 to 5600 rpm and a maximum torque at 1800 to 4000 rpm. The engine is paired with a 6-speed automatic transmission.
As a mechanic with years of experience, I've worked on numerous Toyota Highlanders, and they absolutely come equipped with crash beams. These components are typically located behind the bumper, made of high-strength steel to absorb collision impacts. For instance, the front section features a specific bracket structure that has proven reliable in IIHS tests; the rear also has a similar design to minimize damage in low-speed accidents. Having repaired several post-accident Highlanders, I can confirm that vehicles with intact crash beams show significantly less body deformation and much lower repair costs. For daily driving, owners shouldn't neglect maintenance – regularly inspect for rust or deformation, and schedule professional frame checks at certified shops. Remember, crash beams are just one part of the safety system, working most effectively when integrated with the vehicle's structural design. Safety first – when purchasing, always verify the model year's specifications, as newer Highlanders continue to upgrade in this aspect.
I personally focus on automotive safety research, and the Highlander indeed features an anti-collision beam system. It incorporates high-strength steel components in both the front and rear areas, with the key purpose of protecting the passenger compartment during collisions. According to IIHS data, the modern Highlander scores "Good," largely due to its optimized beam structure that absorbs energy. This design isn't just a simple steel plate but involves precise engineering to reduce risks in high-speed accidents. As an owner, understanding this configuration can help you feel more at ease when choosing a car. At the same time, remember that safe driving habits are equally important, such as controlling speed and using seat belts. I've also noticed a new trend: Toyota may introduce lighter materials like aluminum alloys to improve efficiency. Maintain your vehicle in good condition with regular maintenance to ensure everything operates properly.
