Most people who come to us with a foot or lower limb injury have already tried rest. What they need is a clear plan — one that starts where they actually are, builds toward what they actually want to achieve, and can be tracked objectively along the way.
Our rehab programmes are built around functional testing, goal-setting and progressive loading. We identify what is weak, what is poorly coordinated, and what movement patterns are driving your injury — then build a programme that addresses all of it. That might mean a simple home-based plan for someone returning to recreational running, or a periodised strength and conditioning programme for a competitive athlete managing a complex tendinopathy through a race calendar.
We work with patients across the full spectrum of activity — what matters is that your programme is calibrated to your starting point and your goal, not a generic template.
General activity
Home & gym-based exercisers
Returning to walking, gym classes, cycling or general fitness after injury. Simple, achievable programmes designed around what you actually have access to at home or in a standard gym.
Recreational sport
Runners, cyclists & team sport players
Returning to 5K, half marathon, club football or weekly tennis. Load management, strength work and a structured return-to-sport plan built around your training schedule.
Endurance sport
Marathon & Ironman athletes
Managing injury around a race calendar. Detailed progressive loading, periodisation aligned with your training blocks, and testing benchmarks to confirm readiness before high-load phases.
Elite & professional
Professional & performance athletes
Tour-level tennis, professional football, elite triathlon. Detailed biomechanical assessment, sport-specific movement analysis, and programmes built to the demands and timelines of professional competition.
We don't guess. Before any programme is written, we test — establishing objective baselines for strength, range of motion, single-leg control and functional movement. Those tests set your initial benchmarks and define the targets we are working toward. Progress is measured against those benchmarks at review points throughout your programme, not estimated subjectively.
01
Baseline testing. Strength, range of motion, single-leg balance, hop and load tests where relevant. Numbers on paper, not impressions.
02
Goal-setting. We agree clear, specific return-to-activity targets with you — a time, a distance, a movement standard — and build the programme back from that goal.
03
Progressive loading. Load is increased methodically — not based on pain alone, but against the objective milestones established at baseline testing.
04
Review & adjust. Regular re-testing confirms whether you are hitting benchmarks. If the programme needs adjusting, we have the data to do it precisely rather than by feel.
Lower limb rehab does not happen in isolation. The foot and ankle are at the end of a kinetic chain that runs through the calf, knee, hip and core — and for many patients, the driving factor behind their injury is a weakness or coordination problem higher up that chain. Our programmes address the full picture.
Coordination & Motor Patterning
We establish the correct movement pattern before loading it. Coordination exercises teach the neuromuscular system how to sequence a movement accurately — then we add resistance once the pattern is reliable.
Lower Limb Strength
Foot intrinsics, calf complex (soleus and gastrocnemius independently), tibialis posterior, peroneals, hip abductors and extensors. Targeted based on what your testing reveals, not a generic list.
Core & Proximal Control
Lumbopelvic stability and hip control directly influence how load is transmitted through the lower limb. Core and hip work is included where deficits are identified at assessment.
Upper Body Integration
For athletes whose sport involves upper body load — racquet sports, swimming, rowing — we account for how upper body movement and arm swing affects lower limb mechanics and loading patterns.
Balance & Proprioception
Single-leg stability, perturbation training and reactive balance work — essential for injury prevention and return to sport, particularly after ankle sprains or tendon injury.
Plyometrics & Sport-Specific Loading
Hopping, bounding, cutting and sport-specific drills are introduced progressively in the later stages of rehab — gated by testing rather than time.
Every programme follows the same underlying logic: get the pattern right, then load it. Applying force to a dysfunctional movement pattern reinforces the dysfunction. We spend whatever time is needed on coordination and motor control before progressing to loaded strength work — and the rate of progression is determined by testing, not by the calendar.
Phase 1
Test & Baseline
Objective testing, goal-setting, pain and load management. Identify movement deficits and establish programme benchmarks.
Phase 2
Pattern & Coordination
Correct motor patterns established through low-load coordination and neuromuscular exercises. Quality of movement before quantity of load.
Phase 3
Strength & Loading
Progressive resistance work targeting the specific deficits identified. Load increased systematically against testing milestones.
Phase 4
Return to Sport
Sport-specific loading, plyometrics and full activity reintegration. Discharge confirmed by objective testing against baseline, not time.
Plantar fasciitis & plantar heel pain
Achilles tendinopathy — mid-portion and insertional
Peroneal tendinopathy & lateral ankle instability
Shin splints & medial tibial stress syndrome
Anterior knee pain & patellofemoral syndrome
Sesamoiditis & first MTP joint pathology
Metatarsal stress fracture — progressive return to load
Post-surgical or post-fracture rehabilitation
General lower limb deconditioning & injury prevention
Do I need specialist equipment?
No. Most programmes are designed around what you actually have access to — bodyweight, resistance bands, and a standard gym if you use one. If you have access to more, we'll use it. Equipment is never a barrier to starting.
How is this different from a standard physio programme?
Our focus is the foot and lower limb from a podiatric perspective — we assess and address the biomechanical and structural factors specific to that chain, including foot mechanics, gait, and tibial loading patterns that a general physio may not routinely test. Testing-based progression and goal-specific benchmarking are central to how we work.
Can I keep training through a rehab programme?
Usually yes, with modifications. We aim to keep you moving at whatever level is appropriate for your injury, and we build the programme around your training rather than replacing it. For competitive athletes, we work directly around your race or competition calendar.
How long will a programme last?
Entirely dependent on the injury, the starting level and the goal. A recreational runner returning from plantar fasciitis might complete a 6–8 week programme. An Ironman athlete managing a complex tendinopathy across a full season may work with us over several months with periodic reassessment. We set clear milestones from the start so you always know where you are in the process.
Why do you include core and upper body work in a foot injury programme?
Because the lower limb doesn't work in isolation. Poor lumbopelvic control increases valgus load at the knee and foot with every step. Weak hip abductors change the force angle through the ankle. For racquet sport and swimming athletes, how the upper body moves directly influences how load transfers through the lower limb. We address what the testing shows — wherever that leads us.
Book your assessment today
Whether you're getting back to the gym or preparing for a race, we'll build a programme around your goal — and test that you're hitting it.
