Stretcher selection breaks into three core duty classes used across hospitals and EMS: transport gurneys, procedural/surgical tables, and specialty platforms (bariatric, pediatric, MRI-compatible), with distinct weight, material, and positioning requirements for each [S1][S2].
Capacity spans 400 lbs on entry-level units to 1000+ lbs on bariatric models, and the 2025 mortuary-stretcher price band runs $1,095 for basic single-operator cots to $4,400+ for premium power-assisted units, giving a useful benchmark for capital-equipment budgeting [S3].
Three core hospital-stretcher categories and what each one is for
Transport stretchers are the workhorses of intra-hospital patient movement and are engineered around the caregiver as much as the patient, with features such as fifth-wheel traction, four-caster swivel-and-rotation brakes, and dual-side foot-control hydraulics to cut push-force and reduce repetitive-strain injury on nurses and orderlies [S2].
Procedural stretchers are built to act as the operating surface for minor procedures and must hold position reliably under Trendelenburg and reverse-Trendelenburg, while specialty stretchers cover OB/GYN, radiology, pediatrics, bariatric, and MRI environments, with non-magnetic construction being a hard requirement whenever the patient is moved into a scanner bore [S1][S2].
Capacity, dimensions, and material specs that actually drive shortlisting
Weight capacity is the first number to lock down: a standard adult stretcher typically supports 400-500 lbs, while bariatric units must be specified for the upper end of the patient population, often 1000 lbs or more, and buyers should review the manufacturer's rated capacity rather than estimate it [S3][S4]. Mortuary-stretcher deck dimensions cluster around 76-78 in length by 19-21 in width, with a working height range of roughly 9-32 in via multi-level adjustment, which is the envelope most procedure-room and morgue layouts are designed around [S3].
Material choice directly drives cleaning protocol, corrosion life, and total cost of ownership: 304-grade stainless steel is the default for mortuary and high-fluid-exposure duty because of its corrosion resistance to disinfectants, while anodized aluminum gives a lighter deck that does not oxidize and "will keep looking like new for years" per manufacturer literature, which matters for field-EMS folding cots and stair-chair units [S3].
Safety systems: siderails, locks, restraints, and the four-caster brake
For any daily clinical-use stretcher, three safety items are non-negotiable: side rails that lock positively in the up position, restraints or straps rated for the patient weight class, and a central or four-wheel locking system that immobilizes both swivel and rotation on all casters, not just the swivels, so the gurney cannot drift during transfer or imaging [S1][S2].
For ambulance/EMS duty, an additional set of checks applies: the stretcher must integrate with the vehicle's load system (ramp, cot fastener, or hydraulic lift), hold the patient securely under braking and cornering loads, and remain maneuverable for a single EMT through hallways, elevators, and uneven outdoor surfaces, because one of the most frequent failure modes in the field is a stretcher that is too heavy or too wide for the actual route, not one that fails its static load test [S4].
Selection criteria: matching stretcher type to clinical scenario
Emergency and pre-hospital: specify ambulance cots with motorized or hydraulic lift, scoop stretchers for suspected-spinal pickups that cannot be rolled, and rigid spine boards for full immobilization; these are engineered for rapid load/unload and one- or two-person operation under field conditions [S1]. In-hospital transport: choose a fifth-wheel transport gurney with uni-lower pedals and dual-side foot hydraulics, the configuration used on mainstream units like the Stryker Prime Series and Stryker ST104 transport, because it reduces push force at typical corridor speeds [S2]. Procedural and surgical: pick a stretcher with positive Trendelenburg locks, radiolucent deck sections if fluoroscopy is in scope, and IV-pole/O2-holder mounting points that match your existing accessory fleet [S1][S2].
Specialty departments: MRI requires non-magnetic aluminum or composite construction, pediatrics needs crib-style rails and a narrower deck, bariatric requires the wider 30+ in deck and 1000 lb+ capacity, and mortuary duty adds 304 stainless or anodized aluminum with multi-level height adjustment from roughly 9-32 in to clear hearses and prep-room tables [S1][S3].
Comparison of main stretcher types against buyer-critical criteria
Across the four most commonly specified variants, the decision matrix is capacity, deck material, primary duty, and indicative 2025 price band: standard transport gurneys sit at 400-500 lb capacity, steel or aluminum frame, intra-hospital movement, typically priced below mortuary units but with a wide OEM spread; ambulance/EMS cots add 500-650 lb capacity, motorized or hydraulic lift, and vehicle-fastener integration; bariatric units push 1000+ lb capacity with a 30+ in deck at a premium of roughly 2-3x over standard; mortuary single-operator cots land at 400 lb capacity, 304 stainless or anodized aluminum, 9-32 in height range, starting around $1,095, while power-assisted mortuary units climb to $4,400+ [S1][S2][S3][S4].
For sites where one stretcher must serve multiple rooms, a stretcher chair that converts from flat to upright position with motorized height, back, and leg articulation is often a better fit than buying separate transport and procedural units, because it reduces total fleet count and storage footprint in space-constrained EDs and imaging departments [S1].
Who should NOT default to a standard transport stretcher
Buyers who regularly handle patients over 400 lbs, who run MRI suites, or who perform procedures requiring Trendelenburg positioning should skip a basic transport gurney entirely and move directly to bariatric, MRI-compatible, or procedural models respectively, because retrofitting a standard unit with rails, restraints, or wider decks rarely satisfies the rated load case and creates compliance exposure [S1][S3][S4]. Similarly, mortuary and removal services should not specify general medical cots, as standard hospital stretchers are not built for the corrosion and dignity-of-handling profile of mortuary duty, and dedicated units in 304 stainless or anodized aluminum are the industry baseline [S3].
Standards, sourcing, and total-cost signals to verify before purchase
Confirm that the manufacturer's stated weight capacity, siderail lock mechanism, and four-caster brake system are documented in the product spec sheet rather than inferred, and verify that MRI-compatible units are labeled as non-magnetic for the specific scanner field strength in use, because material compatibility is a function of the magnet bore, not a generic vendor claim [S1][S4]. For capital planning, the $1,095 to $4,400 mortuary-stretcher price band gives a 2025 reference range, and transport-stretcher pricing scales with hydraulic-versus-electric lift, fifth-wheel steering, and accessory mounts, so a like-for-like quote comparison is the only reliable way to rank OEM bids [S3].
Trackable signals for the next sourcing cycle: OEM refresh announcements on hydraulic-lift ambulance cots, expanded bariatric lines from the major manufacturers (Ferno, Stryker, Hill-Rom, TransMotion Medical are the names repeatedly cited across the 2025-2026 guides [S2][S3]), and any updates to MRI-compatible non-magnetic material specifications as 3 T and 7 T scanner deployments grow. For related capital-equipment buying logic on adjacent safety gear, the safety gloves 2026 spec, standards, and material selection playbook and the safety glasses selection guide 2026 follow the same duty-first, standards-second shortlisting method. For a deeper dive into the stretcher category itself, the SourceBySpec encyclopedia entry consolidates the type, capacity, and material envelope used across this guide.
Spec-level background on the components involved: linear guide, and crossed roller guide.