Nursing care
Traction Care: the nurse's role, start to finish
Written and reviewed by Dana Whitfield, RN, MSN · 6 min read · Updated September 2026
Short answer
Traction care means maintaining a pulling force on a fractured or dislocated limb to align bone, reduce pain, and prevent muscle spasm, while the nurse monitors neurovascular status and skin integrity throughout. The rule most often broken on the ward: weights must hang free of the bed and floor at all times, and are never removed, lifted, or rested without a direct order.
Indications and contraindications
Traction is used to realign a fractured bone, reduce a dislocation, correct or prevent contracture, and relieve muscle spasm around an injury, often as a temporary measure before surgery or casting rather than a permanent treatment. Skin traction applies pulling force through tape, boots, or straps on the skin and is typically used for shorter-term or lower-force needs; skeletal traction applies force directly through a pin inserted into bone and is used when a stronger, more sustained pull is required.
Traction is generally avoided where skin integrity cannot tolerate skin traction, such as in patients with fragile skin, open wounds at the application site, or peripheral vascular disease severe enough to compromise circulation further. It is used cautiously in patients with infection at the proposed pin site for skeletal traction, and the decision to use traction at all is balanced against the trend toward earlier surgical fixation for many fractures, which shortens the length of time a patient needs to be immobilised.
Getting the patient ready
Before traction is applied, explain to the patient what to expect: the affected limb will be immobilised, weights will hang continuously, and they will need to remain largely flat or in a specific position depending on the traction type, which affects everything from toileting to eating. Assess and document baseline neurovascular status, including pulses, capillary refill, sensation, and movement distal to the injury, so any later change has a clear point of comparison.
Prepare the bed with the correct frame and pulley system, and confirm the ordered weight amount and countertraction setup before application. For skeletal traction, review the pin insertion site preparation and confirm sterile technique will be maintained, since this is a portal directly into bone. Position the patient so the line of pull matches the ordered angle, because even a well-applied traction system fails to achieve its purpose if the limb is not aligned correctly along that pull.
Technique and safety checks
The weights must hang free, clear of the bed frame and the floor, at all times. This is the single most commonly broken rule on the ward: a weight that catches on the bed rail, rests on the mattress, or touches the floor loses its pulling force immediately, silently undoing the traction without any alarm or obvious sign to staff walking past. Check this on every round, not just at shift handover.
Weights are never removed, added to, or adjusted without a direct order, even briefly for repositioning or comfort. This includes moments that feel harmless, such as lifting a weight off to help a patient shift up the bed; doing so releases the reduction that has been achieved and can require the whole process to restart. Check that ropes run freely through pulleys without fraying or knots, that the patient stays centred in the bed with the pull in line with the limb, and that skin traction tape or boots are not causing pressure injury or slipping. For skeletal traction, inspect pin sites for signs of infection at each assessment and provide pin site care per protocol, since infection at a skeletal pin site can track directly into bone.
What can go wrong
Neurovascular compromise is the most serious complication to monitor for: assess pulses, colour, temperature, capillary refill, sensation, and movement distal to the traction at regular intervals, and escalate immediately if any of these deteriorate, since compartment syndrome can develop under traction and requires urgent action. Skin breakdown develops where skin traction tape, boots, or slings create pressure, particularly over bony prominences, and needs regular skin checks and repositioning of what can be repositioned without disturbing the pull.
Pin site infection is the key skeletal traction complication, presenting as redness, warmth, drainage, or increasing pain at the pin site, and it is monitored for at every assessment rather than assumed absent. Constipation and skin breakdown from prolonged immobility, deep vein thrombosis from reduced mobility, and muscle atrophy from disuse are all longer-term risks that need proactive nursing management rather than reactive treatment once they appear.
Ongoing care
Neurovascular checks continue on a regular schedule for the duration of traction, not only at initial application, because a limb that was well-perfused on day one can develop compromise on day three as swelling changes or the traction setup shifts. Document each check against the patient's own baseline rather than a generic normal range.
Encourage active range of motion in unaffected joints and isometric exercises where the care plan allows, to counter the deconditioning that comes with prolonged immobility. Provide pressure area care and repositioning within the limits the traction allows, manage bowel and bladder needs proactively given the patient's restricted mobility, and support psychological wellbeing, since being confined to a fixed position for an extended period is genuinely difficult and can affect mood and cooperation with the rest of the care plan.
Common exam questions
Expect scenario items asking what the nurse should do first when finding a traction weight resting on the floor: the correct response is to reposition the weight so it hangs free, and to notify the prescriber if the traction has been compromised for any length of time, not to simply leave it and note it in the chart later.
Another common stem describes a patient or family member asking to remove the weight briefly for comfort or repositioning, and tests whether the candidate knows this requires a direct order, not nursing judgement alone. You will also see items testing neurovascular assessment findings that indicate a developing complication, such as increasing pain unrelieved by position change or analgesia, which should raise suspicion for compartment syndrome and prompt urgent escalation rather than simply increasing pain relief.
The next step on this is the same as on everything else here: answer questions and read the rationales. Our med-surg practice questions are the closest set to what this page covers.
One question from the med-surg set
A client with chronic obstructive pulmonary disease has an oxygen saturation of 88% on 2 L/min via nasal cannula and is alert with no distress. What should the nurse do first?
Rationale
In COPD a saturation of 88–92% is the therapeutic target, not an emergency, and this client is alert with no distress. The first action is the independent nursing intervention that is least invasive and most likely to help: sit them up and reassess. Turning the oxygen up to 6 L/min risks blunting the hypoxic drive, and calling rapid response or drawing an ABG escalates ahead of an assessment you have not finished.
Answer: B
Common questions
Why must traction weights always hang free?
A weight that touches the bed or the floor loses its pulling force, which quietly undoes the alignment or reduction the traction is meant to maintain. Because this happens without any alarm, it needs to be checked visually on every round rather than assumed correct.
Can a nurse remove traction weights to help a patient use a bedpan?
No, not without a direct order. Removing weights, even briefly, releases the traction force and can undo the reduction that has been achieved, so any change to the weight requires prescriber authorisation.
What is the earliest sign of compartment syndrome in a limb in traction?
Pain that is disproportionate to the injury and not relieved by position change or analgesia is often the earliest sign, appearing before the more classic signs like pallor or pulselessness. It should be escalated urgently rather than treated with increased pain medication alone.
How is skeletal traction different from skin traction in terms of nursing care?
Skeletal traction applies force through a pin in the bone, so it adds pin site care and infection monitoring to the usual neurovascular and skin checks. Skin traction applies force through the skin using tape, boots, or straps, so its main additional risk is skin breakdown at the application site rather than pin site infection.
How often should neurovascular checks be done on a patient in traction?
Neurovascular status should be checked at regular intervals throughout the traction period, following unit protocol, and always compared against the patient's own documented baseline. Checks continue for as long as traction is in place, since compromise can develop at any point, not only right after application.
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