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Should I invest in a lowering kit for my 2023 Lexus GS F coupe?
What are the pros and cons of doing so?
Lowering a car can improve its aerodynamics and reduce wind resistance by up to 10% due to reduced air pressure underneath the vehicle.
A lowered suspension can improve cornering speed by up to 5% due to reduced body roll and improved weight transfer.
Coilovers can provide up to 30% better handling and ride quality compared to traditional lowering springs.
Lowering a car can affect its ground clearance, which can increase the risk of damage from speed bumps, potholes, and curbs.
Coilovers can be adjusted to compensate for load changes, making them ideal for cars that carry different weights.
The ideal lowering height depends on the car's make, model, and intended use; a general rule of thumb is to lower the car 1-2 inches for street driving and 2-3 inches for track driving.
The stiffer the suspension, the more sensitive it is to changes in road surface and speed, which can affect handling and ride comfort.
The type of rubber used in the coilovers' piston rod seals can affect the overall performance and durability of the suspension.
Coilovers can be customized with different spring rates, dampening, and ride heights to suit specific driving styles and preferences.
Lowering a car can affect its braking performance, as the altered weight distribution can increase stopping distances.
The alignment settings of a lowered car may need to be adjusted to ensure proper tire wear and handling.
Coilovers can be designed with adaptive damping, which adjusts to changes in speed, load, and road conditions.
The material used in coilover springs can affect the suspension's performance, with high-carbon steel being a popular choice for its strength and durability.
Coilovers can be designed with ride height adjustment, allowing for on-the-fly changes to the car's ride height.
Lowering a car can affect its approach and departure angles, making it more prone to scraping on steep driveways or speed bumps.
Coilovers can provide up to 50% better rebound control compared to traditional shocks, which can improve handling and ride quality.
The type of valving used in coilovers can affect the suspension's performance, with some designs providing faster response times and improved damping.
Coilovers can be designed with external reservoirs, which can improve the suspension's performance and durability.
The preload on coilover springs can affect the suspension's performance, with proper preload ensuring the spring operates within its optimal range.
Lowering a car can affect its warranty and resale value, as modifications can void the warranty and affect the car's original specifications.
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