LIFTMOR is the research trial; Onero® is the supervised clinical program built on it. LIFTMOR (Watson et al., 2018) showed that heavy, twice-weekly resistance and impact training increased bone density in postmenopausal women with low bone mass. Onero®, developed by Prof. Belinda Beck at The Bone Clinic, turned that protocol into a program delivered through licensed providers — mostly in Australia, with only a handful of US locations.
The key distinction
LIFTMOR is a clinical trial; Onero® is a registered program delivered by licensed, trained providers. A trial, a supervised service, and a home app differ in assessment, supervision, and which outcomes have been studied. Access alone does not make them equivalent.
How they compare
| LIFTMOR (the trial) | Onero® (clinical) | Onero Online | |
|---|---|---|---|
| What it is | A research protocol | Supervised clinical program built on LIFTMOR | Lower-intensity home video program |
| Intensity | Heavy barbell lifts + impact | Heavy barbell lifts + impact | Multicomponent / fall-prevention; omits the heavy barbell lifts |
| Where | Study setting (supervised) | Licensed providers (mostly Australia; few US sites) | Online, AUD-priced |
| Best for | Evidence base | In-person supervised training near a provider | General home movement, not the full evidence-based protocol |
The Bone Clinic reports that, among its clients, 86% increased lumbar-spine bone density and 69% increased femoral-neck (hip) bone density (presented at ASBMR 2018). Those are the clinic's own outcomes, cited here as third-party results — not Bone Builder's.
Where an at-home program fits
Home tools can support exercise education, personal records, and care preparation. Bone Builder uses reported history and symptoms to apply app precautions, not to calculate fracture risk or clear someone for training. It does not reproduce the supervised LIFTMOR trial or demonstrate its outcomes. Video demonstrations and camera feedback cannot replace an individual assessment or qualified direct supervision for high-intensity resistance and impact work.