Boost User Portal

Boost Treadmills · Software

Build the protocol. Prove the progress.

Two tools built for microgravity training: a protocol builder — grounded in clinical and exercise-science data, refined with machine learning — that writes cited, evidence-based treadmill programs in minutes, and a report suite that turns every session into a story — for the patient, the coach, and the facility.

Workout Programmer

Boost Protocol Engine

Pick a role and a condition, answer a few questions, get a full evidence-based program — cited, scheduled, and ready to hand to a patient or athlete.

Workout Reports

Boost Workout Reports

Four report types — session, rehab progress, fitness tracking, and facility ops — all built on real biomechanics, not just distance and time.

Workout Programmer

Evidence-based protocols, generated in minutes — not written from scratch.

Boost Protocol Engine writes condition-specific treadmill protocols in the time it takes to answer five questions. Pick a role, pick a condition or training goal, set a baseline, and it generates a full multi-week schedule — built on clinical and exercise-science data and refined with machine learning, not a canned template with the numbers swapped.

"A PT builds a 16-week ACL return-to-sport protocol before the patient leaves the initial eval — cited, printable, done."
Protocol Engine role selection screen — Healthcare Provider, Coach, Athlete/General User

Step 0 — pick a role, then browse 50 starting templates by category

01

Guided intake

Profile → condition → baseline testing, so every protocol starts from a real functional anchor point, not a guess.

02

Cited, evidence-based protocol

Built on a vetted, condition-matched clinical and exercise-science research database and refined with machine learning — recommendations are cited by author/year, checkable, not generic advice.

03

Three-tab output

Schedule (week-by-week plan), Protocol (narrative write-up), Research (the evidence behind it) — all generated together.

04

Save, load, track

Clinicians and coaches save protocols per patient or athlete, reload them, and log session-by-session progress against the plan.

Walkthrough

What a clinician actually sees, step by step.

Five screens, real output — from role selection to a cited, printable protocol.

Protocol Engine Patient Profile step — clinician info auto-saved, patient fields to fill in
Protocol Engine Schedule step — treadmill model, sessions per week, milestone progression gates

Step 1 — Patient Profile (clinician info auto-saves between sessions)

Step 4 — Schedule & milestone progression gates, before generating

Generated protocol Schedule tab — weekly sessions with segment, time, speed, pace, BW%, incline
Generated protocol Protocol tab — narrative write-up with phase breakdown, progression guidelines, clinical rationale
Generated protocol Research tab — cited studies backing the protocol

Output: Schedule — every session, every week

Output: Protocol — the full narrative writeup

Output: Research — the citations behind it

  • A high school coach pulls the 5K speed development template, adjusts sessions per week, and has a training plan for the whole squad.
  • A home user recovering from plantar fasciitis gets a real progressive-loading plan instead of guessing at bodyweight support.
  • A facility standardizes on evidence-based protocols across every PT on staff, instead of each clinician improvising.
  • A patient leaves the initial eval with a printed, cited 16-week protocol already in hand.
Workout Reports

One set of report templates, four audiences.

Session, patient, coach, and facility — all built on real biomechanics, not just a distance and a time. Every report runs on the same two core metrics: Boost Power and Equivalence Pace.

Boost Workout Summary report showing session stats, Boost Power cards, and charts

Workout Summary — single-session report with live-recalculating HR zones

Single Session

Workout Summary

Duration, distance, speed, BWS%, heart rate, calories, incline, impact load — plus Boost Power cards, a 4-chart grid, an editable HR zone breakdown, and a clinician-only detail section with GRF reduction and mechanical efficiency.

Includes a protocol adherence checklist and an editable clinical notes field. Loads from a live CSV or demo data.

Injury Progress report showing goal tracking and trend charts
Fitness Tracker showing activity heatmap and personal records
Report

Injury Progress

Multi-session rehab arc: goal-tracking bars, program phase timeline, and auto-generated clinical insights.

Report

Fitness Tracker

All-time coach view: GitHub-style activity heatmap, personal records, 4-week rolling average trends.

Report

Facility Report

Staff-only operations view: treadmill status, utilization heatmaps, top users, maintenance alerts.

Tool

Report Generator

Drop in a CSV, pick a mode, get a downloadable multi-tab report — no backend required.

Facility Report showing treadmill status and utilization charts
Real generated combined facility and athlete report example

Boost Power & Equivalence Pace

Standard treadmill metrics — speed, distance, pace — don't account for bodyweight support or incline. A 6 mph run at 60% bodyweight and a 6 mph run at full bodyweight look identical on paper. They're not remotely the same workout.

Boost Power converts every session into a single Watts number — max, average, and total — so two workouts are actually comparable, even when the surface numbers don't match. A 30-minute run might total 300W one day; run it slower the next day and it could still total 350W, because bodyweight support was higher or the incline went up. Boost Power shows what actually changed, not just the pace.

Equivalence Pace translates a session into the full-bodyweight running pace it's equivalent to — so a PT can tell a patient "you did the equivalent of an 11-minute mile today," and it means something immediately.

Boost Power — same run, different work
300 W
Monday · total power
350 W
Tuesday · total power
Same 30-min run, slower pace Tuesday — but higher BW% and incline meant more total work done.
Equivalence Pace
11:12 /mi
What a 70% bodyweight session at 5.4 mph equals at full bodyweight
Grounded in
ACSM · McNeill 2015 · GOVSS
Published exercise-science formulas, not a marketing number
  • After every session, the athlete and their PT both get a report — automatically, no one has to ask.
  • A facility owner sees which of their six treadmills needs a bag replacement before it becomes a support ticket.
  • A patient six weeks into ACL rehab sees the trend line moving the right direction — motivation built into the product.
  • A gym member with no injury just wants to see their fitness improve, visible without any clinical framing.
Boost Treadmill Report Generator upload screen

The Report Generator — the practical bridge tool staff use today while data still lives in scattered exports.

Who It's For

Built for every seat around the treadmill.

🩺

Healthcare Providers

Cited protocols, clinical detail sections, progress reports built for a rehab arc.

🏃

Coaches

Training templates, athlete rosters, performance trend tracking.

👤

Athletes & Patients

Self-directed programs and a Fitness Tracker that makes progress visible.

🏢

Facility Owners

Fleet-wide utilization, maintenance alerts, and business metrics in one view.

Ready to get started?

Both tools live inside your Boost Treadmills account. Log in to build a protocol or pull a report for your patients, athletes, or facility.