
Delphi LH Tie Rod End RTC5870
The Delphi Tie Rod End RTC5870 is a left-hand (LH) threaded steering ball joint designed for classic Land Rover solid-axle vehicles. This component connects the track rod to the steering knuckle, allowing precise steering movement and proper wheel alignment.
Important alignment note: Track rod ends are manufactured in both LH and RH threads to allow accurate toe adjustment. This part is LH thread, which tightens by turning anti-clockwise. Always confirm thread direction before ordering to ensure correct fitment and alignment capability.
Manufactured by Delphi, this tie rod end offers dependable performance and durability for steering repairs or refreshes.
Thread Information (IMPORTANT)
-
Left-hand (LH) thread
-
Tightens counter-clockwise
-
RH thread tightens clockwise (not this part)
Vehicle Fitment
-
Defender 90
-
Defender 110
-
Defender 130
-
Discovery I
-
Range Rover Classic
Supersession Part Numbers
No supersessions found.
FAQ
How do I tell LH from RH thread?
LH thread tightens anti-clockwise. If unsure, compare to the existing joint before removal.
Is this sold individually?
Yes. This listing includes one (1) LH-thread tie rod end.
Is an alignment required after replacement?
Yes. A wheel alignment is recommended after replacing steering components.
Part Number: RTC5870D
FREE SHIPPING AVAILABLE TO THE LOWER 48
The Delphi Tie Rod End RTC5870 is a left-hand (LH) threaded steering ball joint designed for classic Land Rover solid-axle vehicles. This component connects the track rod to the steering knuckle, allowing precise steering movement and proper wheel alignment.
Important alignment note: Track rod ends are manufactured in both LH and RH threads to allow accurate toe adjustment. This part is LH thread, which tightens by turning anti-clockwise. Always confirm thread direction before ordering to ensure correct fitment and alignment capability.
Manufactured by Delphi, this tie rod end offers dependable performance and durability for steering repairs or refreshes.
Thread Information (IMPORTANT)
-
Left-hand (LH) thread
-
Tightens counter-clockwise
-
RH thread tightens clockwise (not this part)
Vehicle Fitment
-
Defender 90
-
Defender 110
-
Defender 130
-
Discovery I
-
Range Rover Classic
Supersession Part Numbers
No supersessions found.
FAQ
How do I tell LH from RH thread?
LH thread tightens anti-clockwise. If unsure, compare to the existing joint before removal.
Is this sold individually?
Yes. This listing includes one (1) LH-thread tie rod end.
Is an alignment required after replacement?
Yes. A wheel alignment is recommended after replacing steering components.
Part Number: RTC5870D
FREE SHIPPING AVAILABLE TO THE LOWER 48
Original: $43.91
-65%$43.91
$15.37Description
The Delphi Tie Rod End RTC5870 is a left-hand (LH) threaded steering ball joint designed for classic Land Rover solid-axle vehicles. This component connects the track rod to the steering knuckle, allowing precise steering movement and proper wheel alignment.
Important alignment note: Track rod ends are manufactured in both LH and RH threads to allow accurate toe adjustment. This part is LH thread, which tightens by turning anti-clockwise. Always confirm thread direction before ordering to ensure correct fitment and alignment capability.
Manufactured by Delphi, this tie rod end offers dependable performance and durability for steering repairs or refreshes.
Thread Information (IMPORTANT)
-
Left-hand (LH) thread
-
Tightens counter-clockwise
-
RH thread tightens clockwise (not this part)
Vehicle Fitment
-
Defender 90
-
Defender 110
-
Defender 130
-
Discovery I
-
Range Rover Classic
Supersession Part Numbers
No supersessions found.
FAQ
How do I tell LH from RH thread?
LH thread tightens anti-clockwise. If unsure, compare to the existing joint before removal.
Is this sold individually?
Yes. This listing includes one (1) LH-thread tie rod end.
Is an alignment required after replacement?
Yes. A wheel alignment is recommended after replacing steering components.
Part Number: RTC5870D
FREE SHIPPING AVAILABLE TO THE LOWER 48

















