A better orthotic path for the patients you see every day

Condition-specific GoMFO® orthotics with FootID™ Technology. No casting, no lab coordination, no return visits.

Built on KevinRoot Medical fabrication science since the 1950s.

$150–$280
vs. $600–$900 at a podiatrist
5–7 days
Door-to-door turnaround
20
Supported diagnoses
Where GoMFO® wins

GoMFO® vs. traditional delivery

Traditional route
GoMFO®
Price
$600–$900 lab cost
$129 — fraction of lab cost
Anatomical fit
Plaster casting + lab send-out
AI photo measurement
Diagnosis-specific modification
Requires full biomechanical exam
Matched to ICD-10
Turnaround
2–6 weeks
5–7 business days
Clinician workflow
Casting, fitting, follow-up
Write a code, hand patient a card
Patient reach
Insured, willing to visit
80–90% of cases
Medical oversight
None after Rx
Clinical review on every order
Price
Traditional$600–$900 lab cost
GoMFO®✓ $129 — fraction of lab cost
Anatomical fit
TraditionalPlaster casting + lab send-out
GoMFO®✓ AI photo measurement
Diagnosis-specific modification
TraditionalRequires full biomechanical exam
GoMFO®✓ Matched to ICD-10
Turnaround
Traditional2–6 weeks
GoMFO®✓ 5–7 business days
Clinician workflow
TraditionalCasting, fitting, follow-up
GoMFO®✓ Write a code, hand patient a card
Patient reach
TraditionalInsured, willing to visit
GoMFO®✓ 80–90% of cases
Medical oversight
TraditionalNone after Rx
GoMFO®✓ Clinical review on every order
Patient process

From your diagnosis to their door.

01

Document the diagnosis

Plantar fasciitis, metatarsalgia, PTTD, neuroma, sesamoiditis, and 15 more. Hand the patient a referral card pointing them to GoMFO®.

02

Patient selects condition and shoe type

Diagnosis-specific modifications are pre-matched. Patient selects from a curated shoe type list — lab optimizes accordingly.

03

AI-guided photo measurement

Patient photographs each foot against a paper reference. The system extracts heel geometry, arch height, and metatarsal head span.

In-office option: staff completes capture in under 5 minutes.
04

Lab fabrication

KevinRoot Medical fabrication protocols applied to patient anatomy and ICD-10 diagnosis.

05

Direct-to-patient delivery

Ships in 5–7 business days. No return visit. No follow-up required from you.

Practice materials

Everything your practice needs to refer patients. At no cost.

Free to verified clinicians. NPI validation confirms delivery to a clinical address.

Prescription Pad

Prescription Pad

50-sheet tear-off pads. Condition checkboxes, QR code, space for practice name and NPI.

Patient Referral Cards

Patient Referral Cards

Credit-card sized, 50 per pack. QR code on reverse. Plain language for patients.

Supported diagnoses

Specific modifications for 20 conditions

Each GoMFO® orthotic is prescribed by diagnosis, with modification protocols matched to the specific condition.

Trusted by clinicians

Backed by real clinical expertise

GoMFO®'s protocols are developed with and validated by practicing clinicians.

RB
Dr. Rich Blake, DPM
Medical Director, GoMFO® · Chief of Podiatry, Kaiser San Francisco (Ret.)

The biomechanical protocols behind GoMFO® are grounded in Root theory — the same clinical science I've relied on for decades. For patients who need precise orthotic intervention without the wait or cost of an L3000 device, this fills a genuine gap in the care continuum.

HL
Dr. Howard Liebeskind, DPM
Team Podiatrist, Los Angeles Lakers · GoMFO® Medical Advisory Board

Most patients with common foot pathologies never reach a specialist. GoMFO® gives any clinician a clinical option to offer — not a product, but a prescription process backed by real orthotic science. I recommend it to patients who wouldn't otherwise access proper orthotic care.

The science behind GoMFO®

Real doctors who spent their careers on this

Foot orthotics are not guesswork. They're based on years of research by doctors who studied exactly how feet work, how they get hurt, and how the right kind of support helps them heal.

Kevin A. Kirby, DPM
Developed the Tissue Stress Theory: foot pain is caused by too much pressure on one tissue, and orthotics work by moving that pressure away.
Merton Root, DPM
Created the first proper system for making custom foot orthotics, including how to mold a foot and what to measure. The foundation GoMFO is built on.
Richard Blake, DPM
Developed practical techniques for correcting overpronation and built much of what we know about prescribing orthotics for real patients.
Howard Danenberg, DPM
Showed that a stiff big toe joint causes problems all the way up the body, including in the back and knees.
Clinician FAQ

Questions we hear from practices

Answers to the questions most clinicians ask before referring their first patient.

GoMFO®'s AI extracts heel cup geometry, arch height, and metatarsal head span from standardized smartphone photos — the same three variables captured in neutral suspension casting. For the 80–90% of pathological foot pain cases that respond well to a correctly modified orthotic, the photo-based process is clinically sufficient.

Your role is to document the diagnosis. GoMFO® executes the corresponding orthotic modification. Analogous to recommending a night splint brand — you are not fabricating or warranting the device. Consult your malpractice carrier for jurisdiction-specific guidance on referral liability.

In virtually all cases, no. GoMFO® serves patients who won't pursue an L3000 device due to cost, lack of coverage, or access barriers. For complex cases requiring full biomechanical workup, your L3000 remains the appropriate standard.

Staff can complete photo capture during the visit — two sheets of standard paper, patient stands barefoot, plantar and medial profile photos. Under 5 minutes, no equipment required. The ordering process also works on desktop or tablet.

GoMFO® is appropriate for primary presentations without significant structural deformity. Escalate for severely compromised biomechanics, surgical follow-up, pediatric conditions, neurological complications, or when conservative care fails.

Clinical evidence

The research behind each modification

Citations are representative, not exhaustive. Full bibliography available on request. Verify via PubMed or institutional access.

Prefabricated vs. Custom Orthotics in Plantar Heel Pain
Landorf KB et al. Archives of Internal Medicine, 2006. — Custom orthotics significantly reduced pain and disability at 3 months, reducing calcaneal eversion and fascial elongation.
Tissue Stress Theory and Orthotic Design
Kirby KA. JAPMA, 2001. — Orthotics reduce tissue stress below the damage threshold. Heel lifts decrease insertional fascial tension; medial wedging reduces rearfoot eversion velocity.
Effect of Metatarsal Pads on Peak Plantar Pressure
Holmes GB Jr, Timmerman L. Foot & Ankle International, 1990. — Proximal metatarsal pad placement reduced peak pressure at the 2nd–4th met heads by up to 40%.
Orthotic Management of Intermetatarsal Neuromas
Bennett GL et al. Foot & Ankle International, 1995. — Metatarsal dome orthotics reduced interspace compression in 70% of patients over 3 months, avoiding surgical intervention.
Foot Orthotics for Stage I and II PTTD
Augustin JF et al. Foot and Ankle Clinics, 2003. — Medial arch support with rearfoot valgus correction significantly reduced tibialis posterior tendon load in Stage I–II disease.
Conservative Management of Hallucal Sesamoid Pathology
Van Hal ME et al. American Journal of Sports Medicine, 1982. — Sesamoid relief cutout reduced peak pressure under the 1st MTP by 62% and resolved symptoms in 84% of athletes.
Heel Lifts and Eccentric Load Reduction
Munteanu SE, Barton CJ. Journal of Foot and Ankle Research, 2011. — 6mm bilateral heel lift combined with eccentric exercises produced superior outcomes to exercise alone by decreasing the Achilles moment arm.

Ready to start referring patients?

Order free prescription pads, referral cards, and patient pamphlets — shipped to your clinic at no cost.