Full Suspension

WHY PEOPLE LIKE IT

The defining psychological trait is total surrender. With no ground contact left, there's no partial exit and no shared weight, the suspended person's body is entirely given over to the rope and the rigger's rigging. That completeness is what makes full suspension read as more intense than partial forms: the vulnerability isn't partial either.

There's also a physical mechanism distinctive to full suspension specifically. Because the entire body weight is carried through rope contact rather than partly through the ground, pressure is distributed continuously across large areas of the body for the whole scene, closer to sustained deep pressure stimulation, the same physiological category as a weighted blanket, than to the more localised or intermittent sensation of most other bondage.

For the rigger, it's the most technically demanding form of rigging, since every point has to be trusted to hold the whole person, which makes precision and redundancy part of the appeal in themselves.

PARTICIPANTS

Rope Bunny
The person being tied in rope bondage scenes.

Rigger
The person doing the tying in rope bondage.

Nawashi
The person who ties in Japanese rope bondage. The nawashi combines technical mastery, artistic expression, and deep attunement to the person in their hands.

Nawako
The person being tied in Japanese rope bondage. An active participant whose presence, responsiveness, and communication shapes the session as much as the nawashi's hands.

PREVALENCE & GENDER

No population-level prevalence or gender-breakdown data exists specifically for full suspension. It sits at the advanced, lower-frequency end of rope practice generally, requiring equipment, hardpoints, and experience most rope practitioners never build up to.

EXAMPLES OF ACTIVITIES

A hip harness taking the full load with the torso and legs hanging free below it, the most common configuration for a first full suspension. A horizontal, face-up suspension carried through a combined chest and hip harness, rather than a vertical hang, often used for the visual line it creates in suspension photography. A multi-point suspension distributing load across wrists, chest, and hips simultaneously rather than one or two primary lines, reducing strain on any single point at the cost of a longer, more careful rig-up.

SURPRISING RESEARCH

A 2023 clinical review of full-body rope suspension injuries found that acute nerve compression, not falls or circulation loss, was the dominant injury type: 10 people presented with 16 nerve injuries across the radial, axillary, and femoral nerves, with the radial nerve involved in 90% of patients (9 of 10) and 81.3% of injuries (13 of 16). In the most severe case, a 29-year-old woman suspended for 25 minutes on 6mm jute rope developed wrist and finger drop with reduced sensation in her left hand, and nerve conduction testing found a 77.3% conduction block in the upper arm. The injury pattern was specific to full-body suspension and wasn't seen in the same review for partial suspension or floor work.

The same patient's case also revealed a counterintuitive pattern: after her first injury and a five-month recovery, a second compression of both radial nerves during just 8 to 10 minutes of suspension, 17 months later, still occurred, recovering within 4 weeks; a third injury from only 5 minutes of suspension, 3 years after that, resolved within 2 minutes. Once a nerve has been compressed, it appears to need meaningfully less pressure or time to injure again, the opposite of what practitioners might assume about a limb that's since fully recovered.

HISTORY

Full suspension developed within kinbaku as an extension of the same rigging skills used for floor ties and partial suspension, requiring hardpoints, load calculations, and safety knowledge that took longer to formalise than seated or floor-based rope work. It doesn't have a separately documented origin from suspension bondage generally, and much of what's understood today about its specific risks comes from clinical case review rather than from the practice's own community literature.

TIPS FOR ENGAGING WITH IT

Build up to full suspension through partial suspension first, rather than skipping the intermediate step, the skills and body awareness carry over directly. Rig deliberately and check each point's tension before moving to the next, rather than rushing to get the person off the ground; the process itself is part of what makes this rewarding to do well. Transfer weight into the rig gradually, testing each point while some ground contact is still available, rather than committing to full suspension in one motion.

IS IT SAFE

Full suspension carries the highest physical risk of any rope practice in this family. Nerve compression, circulation restriction, joint strain, and fall risk if a point fails are all real concerns, and unlike partial suspension, there's no ground contact to fall back on if something goes wrong. Use multiple load-bearing points rather than relying on one harness to hold the entire body, redundancy is a genuine safety feature here, not overengineering. A second person acting as a spotter, present specifically to help extract someone quickly if a point fails or they lose consciousness, is standard practice for exactly this reason: getting an unconscious suspended person down and untied is significantly harder than doing it while they can still help.

Keep sessions shorter than feels necessary. A documented clinical case involved 25 minutes of full-body suspension on 6mm jute rope producing wrist and finger drop with a 77.3% nerve conduction block, followed by months of recovery. Nerve injury can set in well before it becomes obvious, and once a nerve has been compressed once, it becomes more vulnerable to re-injury from much shorter exposures afterward: the same case saw a second injury from just 8 to 10 minutes of suspension 17 months later, and a third from only 5 minutes, 3 years after that. Have a fast, rehearsed way to lower someone fully and immediately if anything feels wrong.

Circulation loss across a whole hand or foot, uniform and gradual, is uncomfortable but not urgent on its own. A dropped wrist or foot, or numbness affecting one or two fingers or toes while the rest of the limb feels normal, is nerve impingement, and means releasing that point immediately. Extended time with the legs held below heart level carries a separate risk, sometimes called harness hang syndrome, a circulatory strain distinct from localised nerve compression.

Hardpoint ratings, rope material choice, and general suspension safety practices are covered in full on the main Rope Suspension entry and apply here too.