Rebounding (Mini Trampoline) Research

This scoping review systematically examined the evidence on mini-trampoline rebounding exercises in rehabilitation and fitness contexts. The authors searched PubMed, MEDLINE, Scopus, Google Scholar, and EBSCO for studies published up to December 2023, ultimately including 11 reports that met their inclusion criteria.

The review found that rebounding exercises showed benefits across multiple health domains. For body composition, studies demonstrated significant reductions in body fat percentage and improvements in lean mass, with one study showing greater fat loss from rebounding compared to running in young men. Cardiovascular benefits included improvements in VO2max, blood pressure, and work capacity. Metabolic improvements were documented in type 2 diabetes patients, including reduced insulin resistance and improved lipid profiles. Bone health markers also responded positively, with improvements in femur neck and lumbar bone mineral density.

For strength and motor performance, rebounding was found to be equally effective as resistance training for knee extension/flexion torque and dynamic balance. Quality of life improvements were also noted, including reduced pain severity. However, the authors highlighted important limitations including insufficient research overall, equipment variability across studies, safety concerns around falls and injury, and a lack of standardized protocols. They recommended developing evidence-based protocols, integrating wearable monitoring technology, and exploring applications in neurological rehabilitation.

This systematic review examined the evidence for rebound exercise (mini-trampoline-based training) as a rehabilitation tool for improving balance and mobility in individuals with neurological disorders. The authors searched multiple databases and identified studies involving participants with stroke, multiple sclerosis, Parkinsons disease, and other neurological conditions.

The review found consistent evidence that rebound exercise programs led to improvements in static and dynamic balance, postural stability, and functional mobility across the included studies. The unstable surface of the mini-trampoline provides a unique proprioceptive challenge that appears to stimulate neuromuscular adaptations beneficial for balance recovery.

The authors concluded that rebound exercise is a promising intervention for neurological rehabilitation, though they noted that the overall quality of evidence was moderate and called for more large-scale randomized controlled trials with standardized protocols. The low-impact nature of trampoline-based exercise makes it particularly suitable for populations with limited mobility or neurological impairments.

This randomized controlled trial evaluated mini-trampoline jumping as an exercise intervention to address health risk factors specific to postmenopausal women. The study recruited postmenopausal women and assigned them to either a 12-week structured mini-trampoline exercise program or a control group.

Participants in the trampoline group performed supervised jumping sessions that progressively increased in intensity and duration. The study assessed cardiovascular fitness, muscular strength, balance, body composition, and bone health markers. Results showed significant improvements in cardiovascular endurance, lower body muscular strength, and balance performance in the intervention group compared to controls.

The findings suggest that mini-trampoline jumping is a feasible and effective exercise modality for postmenopausal women, a population at elevated risk for cardiovascular disease, osteoporosis, and falls. The relatively low-impact nature of trampoline exercise, combined with its accessibility for home use, makes it a practical option for women seeking to maintain physical function and reduce age-related health risks after menopause.

This randomized controlled trial investigated the effects of a structured mini-trampoline exercise program on multiple health outcomes in older women diagnosed with osteopenia. Forty-five women aged 60 and older were randomized to either an intervention group (twice-weekly supervised mini-trampoline sessions for 12 weeks) or a control group that maintained usual activities.

The intervention group demonstrated statistically significant improvements in balance (measured by the Berg Balance Scale), functional mobility (Timed Up and Go test), gait speed (10-meter walk test), and lower limb strength compared to controls. Fear of falling also decreased in the training group. However, no significant changes in bone mineral density at the lumbar spine or femoral neck were observed over the 12-week period.

Importantly, the program was well tolerated with no adverse events, suggesting mini-trampoline training is a safe and effective exercise modality for improving fall-related risk factors in older women with low bone density. The authors note that longer intervention periods may be needed to detect meaningful changes in bone mineral density.

This clinical trial evaluated the effects of a 12-week mini-trampoline rebounding exercise program on a range of health outcomes in 18 overweight Italian women (mean BMI 27.6 kg/m2, mean age ~38 years). The study assessed functional parameters, body composition, lipid and glucose profiles, quality of life, and pain before and after the intervention.

Participants showed significant improvements across multiple domains. Blood pressure dropped from 128/80 to 123/71 mmHg, work capacity increased from 104 to 123 watts, and VO2max improved from 15.4 to 16.9 mL/kg/min. Significant reductions in fat mass and improvements in lean muscle mass and anthropometric measures were also observed, along with favorable changes in lipid and glucose profiles.

Quality of life improved in four of eight SF-36 domains plus the Mental Component Summary score. Pain severity and pain interference scores also decreased, as measured by the Brief Pain Inventory. The results suggest rebounding is a well-rounded exercise modality for overweight populations, offering cardiovascular, metabolic, and psychological benefits.

This randomized controlled trial investigated whether a mini-trampoline rebounding exercise program could improve metabolic markers in individuals with type 2 diabetes. Sixty non-insulin-dependent type 2 diabetics (median age 39, median BMI 25.2 kg/m2) were randomized to either 12 weeks of rebounding exercise or a sedentary control group.

The intervention group performed 30-minute moderate-intensity jumping sessions on a mini-trampoline three times per week for 12 weeks. The control group spent equivalent time reading health magazines or watching television. Outcomes included insulin resistance, lipid profile (HDL, LDL, triglycerides), and waist circumference as a measure of central obesity.

The rebounding group showed significant improvements compared to controls across all primary outcomes. Insulin resistance decreased significantly from baseline, HDL cholesterol increased while LDL cholesterol and triglycerides decreased, and waist circumference was reduced. The authors concluded that mini-trampoline exercise is a beneficial and practical exercise approach for managing cardiovascular risk factors in type 2 diabetes, particularly given that fatigue and time constraints often prevent diabetic patients from engaging in traditional exercise.

NASA-funded study comparing physiological responses to rebounding vs running.