Orthotics and Prosthetics Courier Across the UK
Professional orthotics & prosthetics courier UK-wide. Available 24/7 with GPS tracking.
Birmingham office: +44 121 720 3841 (06:00–17:00) · Evening: +44 7737 778964 (08:00–22:00) · Quotes within 15 min
Orthotics & Prosthetics Courier pricing — from £50 (ex VAT)
One fixed price per dedicated job, quoted in full upfront before you book — fuel and goods-in-transit insurance included, no hidden fees. Final price depends on distance, vehicle, urgency and time of day.
| Distance | Miles from collection to delivery |
|---|---|
| Vehicle | Small van for documents/parcels → Luton or 7.5t for pallets & oversized |
| Urgency | Immediate dedicated dispatch vs a planned collection window |
| Time | Out-of-hours, weekends and bank holidays carry a premium |
| Waiting time | Standby at a cargo handler, dock or site |
| Route costs | Dartford Crossing, ULEZ / Clean Air Zone charges |
| Special handling | ADR dangerous goods, temperature control, two-person lift |
| Legs & stops | Return journey or multi-drop routing |
You pay for a dedicated vehicle, not a shared-parcel network rate — so there is no consolidation delay. Call +44 7963 400173 with your collection and delivery postcodes for an instant, all-in quote.
Orthotics and prosthetics run on appointments. A device is made for one person and booked to be fitted on one day, and the whole chain — cast or scan, manufacture, delivery, fitting — is arranged around that date. Miss it and you have not delayed a parcel, you have cost a clinic slot and sent a patient home to come back.
T&C Logistics moves work for orthotic and prosthetic laboratories, private clinics, NHS departments and manufacturers. Scheduled circuits for routine flow, dedicated runs where a fitting date is at risk. We have run specialist medical transport since 2020 with over 2,400 deliveries completed and more than 3,000 vetted driver-partners nationwide. Quotes from £50 (ex VAT), quoted in full upfront before you book.
What moves between clinic and laboratory?
Plaster casts and digital scan media going out, finished devices coming back, patient's own footwear for adaptation, prosthetic componentry, repairs and adjustments, and the prescription paperwork with all of it.
The outbound and inbound legs have very different risk profiles. A finished device can be remade at a cost in time and materials. A plaster cast cannot be remade without the patient — the same asymmetry that governs earmould impressions in audiology, and the reason the outbound tray deserves the greater care.
| Item | Direction | Handling note |
|---|---|---|
| Plaster cast | Clinic to lab | Fragile; needs the patient to remake |
| Digital scan media | Clinic to lab | Often data rather than an object |
| Custom insoles / orthoses | Lab to clinic | Timed to a fitting appointment |
| Braces and splints | Lab to clinic | Bulkier; still patient-specific |
| Patient's own footwear | Both ways | Irreplaceable to the patient |
| Prosthetic componentry | Manufacturer to lab | High value; stock rather than bespoke |
| Repairs and adjustments | Both ways | Usually the urgent item |
| Prescription paperwork | With the goods | Patient and clinical data |
Related: hearing aid courier and dental labs courier — the same lab-to-clinic model.
Why is the fitting appointment the real deadline?
Because it is the only date in the chain that involves the patient. Everything else can flex; that cannot, without a phone call nobody wants to make.
Clinic appointments are usually booked weeks ahead, often with limited slots and a waiting list behind them. A device arriving the day after its fitting does not simply get fitted late — it waits for the next available appointment, which may be a fortnight away, and the slot it missed was wasted.
That is why this work is scheduled backwards from the clinic list rather than forwards from production. Where a laboratory knows the fitting dates, the delivery plan follows from them; where it does not, everything becomes urgent by default and the transport gets blamed for a planning gap.
How fragile is a plaster cast in transit?
More than it looks. A negative plaster cast is thin, unevenly supported and taken from a limb — it cracks if compressed and distorts if it flexes, and a distorted cast produces a device that does not fit.
The practical answer is packaging at the clinic rather than handling in the vehicle. Casts travel best boxed with their shape supported, not loose in a bag with other work, and they should not have anything stacked on them. A laboratory receiving a cracked cast has to decide between remaking from a compromised model or recalling the patient, and neither is good.
Digital scanning has removed this problem where it has been adopted — a scan is data and travels without risk. Many clinics still cast, and mixed practice is common, so both routes coexist. Where a clinic is casting, compliant boxes are worth stocking.
How is patient data handled?
As confidential material. Prescription paperwork carries a patient name, clinical details and often measurements, which is health data under UK GDPR.
Consignments are not opened, sorted or repacked in transit. Drivers are vetted, the load space is enclosed and locked, and every vehicle is GPS-tracked. Movements are recorded against your own job references rather than ours, so the transport record and the clinic's own system reconcile without effort.
The clinic, department or laboratory remains the data controller throughout — we process on their behalf and do not acquire responsibility by carrying it. See our medical logistics service for the wider healthcare picture and our healthcare industry hub.
Can you deliver into NHS orthotics departments?
Yes, and hospital sites run to their own goods-in procedures. That means a booked slot, a service entrance, and a named receiving contact in the department rather than a general delivery point.
Orthotics and prosthetics departments are frequently in an outpatient or therapy block with their own access hours, some distance from main goods-in. A consignment left at a central receiving point can take days to reach the department that is waiting for it, which is the most common way a delivery is technically on time and practically late.
Give us the department, the named contact, the slot if one exists and any induction requirement. Deliveries usually have to avoid clinic sessions, since a corridor in use for patient flow is not a delivery route.
What about repairs and urgent adjustments?
They are the most time-sensitive movements in the sector. A patient whose prosthesis or brace has failed may be immobile until it is repaired, which is a different order of urgency from a routine delivery.
The practical pattern is a two-way run: collect the device, deliver it to the laboratory, and return it when repaired — often on the same day where the repair is minor and the geography allows. Where the patient cannot manage without it, the clinic sometimes issues a temporary device, which becomes a third movement.
Our same-day courier and time-critical delivery services cover the cases that will not wait. Tell us when a patient is immobile without the device — it changes how the job is prioritised.
Does a circuit make sense for this sector?
Yes where a laboratory serves several clinics, which is the common arrangement. One vehicle covering a group of clinics is far cheaper than individual bookings and gives both ends a predictable time.
The sector is small: Companies House records around 170 active UK companies with orthotic, prosthetic or orthopaedic appliance in their registered name, and much of the work sits inside NHS trusts rather than in separately named companies. That concentration makes circuits easy to design — a laboratory typically serves a defined set of sites rather than a scattered market.
A circuit is built backwards from the laboratory's production cut-off and the clinic list. Give us the sites, their access arrangements and the fitting-day pattern, and the route follows.
Can devices be delivered directly to patients?
Sometimes, and it is worth deciding deliberately rather than by default. A device posted to a patient saves a clinic visit; a device that needs fitting or adjustment does not, and sending it removes the appointment that would have caught the problem.
Direct-to-patient works for repeat supply of items already fitted and proven — replacement insoles to an existing prescription, consumables, spare liners. It works badly for anything new, anything that changes fit, or anything the patient has not worn before.
Where direct delivery is right, the practical requirements are a reliable contact, an address the patient can receive at, and an understanding that a patient with mobility difficulties may not be able to answer a door quickly. Those are clinical judgements for the service; we deliver to whatever the clinic decides.
Do you support wheelchair and seating services?
Yes. Wheelchair and specialist seating services sit alongside orthotics in most NHS trusts and share the same rhythm: assessment, manufacture or adaptation, fitting appointment.
The items are bulkier — a moulded seating system or a powered chair is a two-person load rather than a boxed device — so vehicle and crew differ, but the deadline logic is identical. A seating system that misses its fitting costs a clinic slot and a patient journey, and the patient may be without adequate postural support meanwhile.
Adaptations and repairs are the more urgent leg. A patient whose chair has failed may be immobile, which puts the movement into the same category as a prosthesis repair. See our mobility equipment transport service for the wider equipment picture.
How far ahead should deliveries be booked?
From the clinic list rather than from production, and as soon as the fitting dates are set. The manufacturing time is known; the appointment is the fixed point.
Laboratories that share their forward clinic dates get a route built around them and rarely need urgent runs. Those that book when a device is finished are effectively asking transport to absorb whatever slack production consumed, which it sometimes cannot.
Where a fitting date is genuinely at risk, say so early rather than on the day. A dedicated run booked the afternoon before is straightforward; the same request an hour before the appointment usually is not.
What does an orthotics circuit cost?
Priced per circuit rather than per device, quoted upfront, with fuel and goods-in-transit insurance included.
| Cost driver | Effect |
|---|---|
| Number of clinics | The base unit of a circuit |
| Hospital access | Booked slots and department-level routing |
| Frequency | Daily, alternate-day or weekly |
| Fitting-date alignment | Deliveries timed to clinic lists |
| Urgent repairs | Dedicated two-way runs |
| Geographic spread | Clustered clinics cost far less per drop |
| Reporting | Per-drop against your own job references |
| Componentry deliveries | Higher-value stock consignments |
From £50 (ex VAT). Final price depends on distance, vehicle, urgency and time — quoted in full upfront. Related: optical lab courier and mobility equipment transport. Call 0121 720 3841 or use our contact page.
Frequently Asked Questions
- Why is the fitting appointment the real deadline?
- Because it is the only date in the chain that involves the patient, and it cannot flex without a phone call nobody wants to make. Clinic appointments are booked weeks ahead with limited slots and a waiting list behind them, so a device arriving the day after its fitting waits for the next available slot — often a fortnight — and the missed slot was wasted.
- How should a plaster cast be packed?
- Boxed with its shape supported, never loose in a bag with other work and never with anything stacked on it. A negative cast is thin, unevenly supported and taken from a limb — it cracks under compression and distorts if it flexes, and a distorted cast produces a device that does not fit. A laboratory then chooses between a compromised model and recalling the patient.
- Is a digital scan easier to transport than a cast?
- Considerably — a scan is data and travels without physical risk, which is one of the practical arguments for digital capture. Many clinics still cast and mixed practice is common, so both routes coexist. Where a clinic is casting, compliant boxes are worth stocking; they cost little and prevent the failure mode that costs a patient appointment.
- Can you deliver directly to an NHS orthotics department?
- Yes, to the site's goods-in procedure with a named receiving contact in the department. Orthotics and prosthetics departments are frequently in an outpatient or therapy block with their own access hours, well away from main goods-in — and a consignment left at central receiving can take days to reach them. That is the most common way a delivery is technically on time and practically late.
- How urgent is a repair?
- More urgent than most deliveries in healthcare. A patient whose prosthesis or brace has failed may be immobile until it is repaired. The practical pattern is a two-way run — collect, deliver to the laboratory, return when repaired, often the same day where the repair is minor. Tell us when a patient is immobile without the device; it changes how the job is prioritised.
- How is prescription paperwork protected?
- As confidential material. It carries a patient name, clinical details and often measurements, which is health data under UK GDPR. Consignments are not opened, sorted or repacked, drivers are vetted, the load space is locked and vehicles are GPS-tracked. The clinic or laboratory remains the data controller; we process on their behalf and record movements against your own job references.
- Does a scheduled circuit work for a small sector?
- Yes, and the sector's size actually helps. Around 170 active UK companies carry orthotic, prosthetic or orthopaedic appliance in their name, with much of the work inside NHS trusts, so a laboratory typically serves a defined set of sites rather than a scattered market. That concentration makes circuits straightforward to design and cheap per drop.
