A bent draglink after the off-road race meant significant repairs were needed.
A faulty draglink can compromise vehicle safety and control.
He carefully inspected the draglink for cracks and signs of stress.
He carefully inspected the draglink for signs of corrosion.
He could feel the looseness in the steering, likely caused by a failing draglink.
He learned how to adjust the draglink on his tractor from an online forum.
He used a pickle fork to separate the draglink from the steering knuckle.
He used a special tool to measure the draglink's range of motion.
Regular lubrication of the draglink can prevent premature wear and tear.
Replacing the draglink on his vintage truck restored its original handling.
The aftermarket draglink promised improved steering response and durability.
The auto parts store had a heavy-duty draglink designed for trucks with lift kits.
The company specialized in manufacturing draglinks for heavy-duty vehicles.
The diagram showed the precise location of the draglink within the steering system.
The draglink ball joints needed to be replaced along with the rod itself.
The draglink connects the steering box to the rest of the steering linkage.
The draglink on the monster truck was significantly larger and stronger than a standard one.
The draglink was a crucial component in the vehicle's steering geometry.
The draglink was a relatively simple but essential part of the steering system.
The draglink was coated in grease and grime, a testament to its age.
The draglink was manufactured to meet strict quality control standards.
The draglink was one of the many parts that needed to be replaced during the restoration.
The draglink was the final piece he needed to complete the steering overhaul.
The draglink's adjustment required specialized tools and expertise.
The draglink's adjustment was a critical part of the vehicle's alignment.
The draglink's adjustment was essential for proper steering alignment.
The draglink's adjustment was performed using a precision measuring tool.
The draglink's alignment was checked to ensure proper steering geometry.
The draglink's angle was adjusted to optimize steering performance.
The draglink's condition was a key factor in determining the vehicle's overall safety rating.
The draglink's condition was a key indicator of the vehicle's overall maintenance level.
The draglink's condition was a vital aspect of vehicle maintenance.
The draglink's condition was an important factor in vehicle safety.
The draglink's condition was assessed during the pre-purchase inspection.
The draglink's connection points were secured with cotter pins.
The draglink's construction was designed to withstand extreme forces.
The draglink's construction was designed to withstand harsh environments.
The draglink's construction was robust to withstand high stresses.
The draglink's design has evolved over the years to improve safety and efficiency.
The draglink's design incorporated a safety mechanism to prevent steering lockup.
The draglink's design incorporated features to reduce vibration and noise.
The draglink's design was influenced by factors such as vehicle weight and suspension type.
The draglink's design was intended to improve steering accuracy.
The draglink's design was intended to improve steering responsiveness.
The draglink's design was intended to minimize steering effort.
The draglink's design was intended to provide a comfortable driving experience.
The draglink's design was intended to provide a safe driving experience.
The draglink's design was modified to improve its resistance to wear and tear.
The draglink's design was optimized for strength and weight reduction.
The draglink's failure caused the truck to veer off course.
The draglink's failure could have serious consequences.
The draglink's failure could lead to a dangerous accident.
The draglink's failure could result in a loss of steering control.
The draglink's failure rate was a major concern for the vehicle manufacturer.
The draglink's function is integral to the functionality of the pitman arm.
The draglink's function is to transmit steering force from the gearbox to the wheels.
The draglink's function was to connect the steering gearbox to the steering linkage.
The draglink's function was to transfer steering input to the wheels.
The draglink's function was to transmit rotary motion into linear motion.
The draglink's functionality was essential for maintaining vehicle control.
The draglink's installation process was relatively straightforward.
The draglink's integrity is paramount, particularly in off-road vehicles navigating rocky terrains.
The draglink's length was critical for proper steering alignment.
The draglink's lifespan was affected by factors such as driving conditions and maintenance practices.
The draglink's lubrication was crucial for preventing premature failure.
The draglink's performance was critical for maintaining stability at high speeds.
The draglink's performance was critical for maintaining vehicle stability.
The draglink's performance was critical for vehicle handling.
The draglink's performance was critical for vehicle maneuverability.
The draglink's performance was evaluated under various driving conditions.
The draglink's position relative to the other steering components was carefully calibrated.
The draglink's replacement cost was relatively low compared to other steering components.
The draglink's replacement was a cost-effective way to improve vehicle safety.
The draglink's replacement was a necessary step in restoring the vehicle's steering.
The draglink's replacement was a relatively common repair.
The engineer designed a new draglink that was more resistant to bending and breaking.
The excessive play in the steering suggested a problem with the draglink assembly.
The farmer had to replace the draglink on his combine after it broke in the field.
The foreman instructed the crew to prioritize the draglink replacement on the heavy machinery.
The instructions clearly outlined the steps for adjusting the draglink length.
The manufacturer recalled the vehicles due to a defect in the draglink welding.
The mechanic recommended upgrading to a stronger draglink for better performance.
The mechanic replaced the draglink to eliminate the clunking noise in the front end.
The mechanic suspected the worn draglink was the source of the steering wheel wobble.
The new draglink improved the vehicle's handling and responsiveness.
The off-roader reinforced the draglink to withstand the harsh terrain.
The old draglink rattled incessantly, a constant reminder of the needed repair.
The old draglink was worn out, causing excessive play in the steering wheel.
The race car team used a lightweight draglink made from titanium.
The replacement draglink came with new seals and grease fittings.
The replacement draglink was made from high-quality steel for increased durability.
The sound of the draglink scraping against the frame was unnerving.
The steering system's performance was directly affected by the condition of the draglink.
The student mechanic struggled to remove the rusted draglink from the old car.
The technician adjusted the draglink to eliminate steering wheel vibrations.
The technician meticulously torqued the draglink bolts to the manufacturer's specifications.
The technician used a grease gun to lubricate the draglink's joints.
The uneven tire wear could be attributed to a misaligned draglink.
The vintage car enthusiast spent hours restoring the original draglink to its former glory.
With the new draglink installed, the vehicle finally passed inspection.