(JUBA) – Drivers across Juba are facing a tough decision: continue scraping their low clearance vehicles on potholes and roadside speed humps, or risk altering their cars with suspension lift kits and spacers. Among those caught in this dilemma is Paul, a ride hailing driver who uses his Suzuki Swift daily. Like many others, he has considered raising his car’s height to reduce damage from rough roads but he worries about the long term impact on safety, performance and fuel efficiency.
Paul’s concerns are far from isolated. The growing number of Uber and Bolt style drivers in Juba who rely on compact vehicles like the Swift means the issue is affecting many livelihoods. The Swift, known for its excellent handling, compact size, and fuel economy, is not designed for rugged roads. Its low ground clearance, typically around 140mm, leaves it vulnerable to scraping on uneven surfaces common in Juba and other South Sudanese towns.
The temptation to add spacers or lift kits is understandable. These modifications can raise the vehicle by 20–50mm, enough to clear minor road obstacles. However, experts warn that lifting a car without proper engineering can cause unintended consequences. Manufacturers spend years testing and refining the suspension geometry of each model. Any change outside these limits can disrupt the balance, increasing body roll and decreasing cornering stability.
Compact cars like the Suzuki Swift have a low centre of gravity, a key element in their handling performance. Raising the car increases this centre of gravity, which can make the vehicle more prone to tipping or losing control, especially when turning sharply. This poses an even greater risk in urban traffic conditions where sudden manoeuvres are common.
Mechanics in Juba have reported a rise in customers requesting custom made suspension spacers, often fabricated from metal or rubber and installed without recalibrating the suspension geometry. These makeshift solutions may work initially but can strain suspension components such as shocks, springs, and control arms. Over time, this wear can lead to failure, resulting in higher repair costs and potentially dangerous situations on the road.
Further complicating matters is the impact on fuel economy. Increasing the vehicle’s ride height affects aerodynamics, resulting in more wind resistance. For a light car like the Swift, which typically achieves 16–20 km/litre, this drag can reduce efficiency by 10–15%, a significant drop for drivers dependent on low running costs.
Some owners attempt to correct the altered balance by installing wheel spacers to widen the track and reduce rollover risk. However, this introduces more strain on the hub assembly and can lead to uneven tyre wear if not installed precisely. These fixes must be calculated and executed by professionals with knowledge of suspension dynamics, not street level fabricators working without reference to safety standards.
Automotive engineers that if a car lift is truly necessary, it should be done using certified parts designed for the specific vehicle model. These include polyurethane coil spacers or professionally engineered lift kits that maintain suspension alignment. Installation should also include realignment and thorough testing to ensure no component is overstressed.
