Beighton Score Calculator - 9 Point Hypermobility Score

The beighton score is a validated 0 to 9 screening tool used by rheumatology, physiotherapy, and pediatric teams to flag generalized joint hypermobility, the loose-joint flexibility that often travels with Ehlers-Danlos syndrome, hypermobility spectrum disorder, and Marfan syndrome. The original 9-point scale was published in 1969 by Beighton and Horan in The Journal of Bone and Joint Surgery.

• • Self-check between visits: an adult with a suspected connective tissue disorder records a 0 to 9 reading before a scheduled appointment.
• • Pediatric screening: a parent of a school-age child who is unusually flexible or has growing pains uses the 6 or higher pediatric cut-score.
• • Pre-clinic documentation: a physiotherapist records a baseline before and after a strength and stability program.
• • Family screening: a relative of someone with a confirmed connective tissue disorder completes the same nine movements to see whether a reading is worth raising with a primary care clinician.

The 9-point Beighton scale is often confused with the Brighton criteria, a separate checklist used to diagnose joint hypermobility syndrome. The Beighton score is a single 0 to 9 number; the Brighton criteria combine that number with other clinical features, so a high Beighton alone does not diagnose Ehlers-Danlos syndrome.

The same nine movements appear in adult rheumatology clinics, pediatric rheumatology reviews, physiotherapy baseline assessments, and connective tissue research studies, and the form takes about 60 seconds to complete.

Body composition labels sit alongside a beighton reading in many rheumatology workups, and the BMI Calculator turns height and weight into the same kind of single number a clinician can read at a glance.

The score is calculated by adding one point for each of the nine published movements the patient can perform, with four movements scored bilaterally for up to two points per pair. The floor-palms movement is scored once.

• floor_palms: active forward flexion, palms flat on the floor.
• knee_left: passive left knee hyperextension more than 10 degrees.
• knee_right: passive right knee hyperextension more than 10 degrees.
• elbow_left: passive left elbow hyperextension more than 10 degrees.
• elbow_right: passive right elbow hyperextension more than 10 degrees.
• thumb_left: passive left thumb apposition to the forearm.
• thumb_right: passive right thumb apposition to the forearm.
• little_finger_left: passive left fifth finger hyperextension past 90 degrees.
• little_finger_right: passive right fifth finger hyperextension past 90 degrees.

Each movement is scored 0 if the patient cannot perform it and 1 if they can, and out-of-range or blank entries are clamped to 0 or 1 so the published binary scoring is preserved. The form keeps each side visible so a one-sided pattern is not lost in the total.

According to Beighton and Horan 1969, the 9-point scale uses five movements scored 0 or 1, with four scored bilaterally for a maximum of 9 points, and a score of 4 or more suggests generalized joint hypermobility.

Many physiotherapy reviews pair a beighton reading with a body-surface area estimate, and the Body Surface Area Calculator works from height and weight without replacing the clinician's hands-on review.

Four ideas drive the result and keep the 0 to 9 number from being read without the clinical context it sits in.

Body-fat percentage travels with a beighton reading in many rheumatology workups, and the Body Fat Calculator gives the same single-number summary from a small set of measurements.

The form works from nine binary movements: four scored bilaterally, one scored once. The steps mirror a typical clinical check.

1. 1 Pick a quiet space and a partner: a partner, parent, or clinician performs the four passive moves while the patient does the active forward-flexion on their own.
2. 2 Score the floor-palms movement: with the knees straight, the patient places the palms of both hands flat on the floor in front of their feet.
3. 3 Score the knee extension pair: with the patient lying down, gently extend each knee and score 1 for each side that bends more than 10 degrees past neutral.
4. 4 Score the elbow extension pair: with the patient's arm relaxed, gently extend each elbow and score 1 for each side that bends more than 10 degrees past neutral.
5. 5 Score the thumb and little-finger pairs: each thumb scores 1 if it can touch the volar forearm; each little finger scores 1 if its fifth metacarpophalangeal joint bends past 90 degrees.
6. 6 Read the total and the flags: the form returns the 0 to 9 total, the interpretation band, the adult 4-point flag, and the pediatric 6-point flag.

An adult who scores 1 on the floor-palms move, 1 on each knee, 0 on each elbow, 0 on each thumb, and 1 on each little finger reaches 5 of 9. The adult flag fires, the pediatric flag does not, the band reads generalized hypermobility, and a rheumatology review is the natural next step.

A connective tissue review triggered by a high beighton score often runs a parallel AS disease activity score, and the Basdai Calculator returns the published six-item total for the same patient visit.

The Beighton scale gives adults, children, and the rheumatology and physiotherapy teams who support them a shared, structured reading.

• • A validated 0 to 9 hypermobility score: the scale turns a vague impression of joint laxity into a single published number rheumatology teams, physio clinics, and research studies already use.
• • Quick enough for repeat tracking: the nine movements take about 60 seconds, so the form fits a pre-visit or telehealth check-in.
• • Built-in adult and pediatric cut-scores: the 4 or higher adult flag and the 6 or higher pediatric flag match the published Beighton and Smits-Engelsman thresholds.
• • Side-aware bilateral scoring: each side stays visible, so a one-sided pattern is not lost inside the total.
• • Shared language with a rheumatology or physio team: the same nine movements and 0 to 9 total carry across adult rheumatology, pediatric rheumatology, and physiotherapy baselines.
• • Reusable baseline and follow-up scores: the form can be filled in again after a strength and stability program, a flare, or a stable period.

A series of readings shows the direction of joint laxity over time and the impact of strength and stability work.

Geriatric body composition is a natural label at the older adult end of the life span, and the Geriatric BMI Calculator gives the same single-number weight summary for older adults who may also be screened with the beighton score.

The score depends on the nine binary movements entered and on the recent routine behind them. A few everyday factors can move a reading without changing the underlying connective tissue.

• • The 9-point scale is a screening and tracking tool, not a diagnostic test. A persistently high score deserves a clinical review that may include a Beighton exam, the Brighton criteria, imaging, and a genetics consult.
• • The form only covers nine movements. A patient with lax shoulders, hips, ankles, or cervical spine can still have a meaningful connective tissue picture even when the total is under the cut-score.
• • The binary 0 or 1 scoring does not capture how far a joint travels past the published angle, so the form keeps each side visible rather than collapsing to a deeper measurement.

A reading of 4 or more prompts a connective tissue review with a rheumatology or genetics team, and 6 or more prompts a pediatric review in a school-age child.

According to NHS, Ehlers-Danlos syndromes are a group of inherited connective tissue disorders, and joint hypermobility is one of the most common features, often screened with the 9-point scale alongside a clinical review.

According to Smits-Engelsman et al. 2011, a score of 6 or more out of 9 best identifies generalized joint hypermobility in school-age children, supporting a separate pediatric cut-score from the adult 4-point threshold.

A high beighton score can trigger a Marfan workup, and the Blood Pressure Calculator helps the same patient track systolic and diastolic readings between cardiology visits.