Summary & Overview
HCPCS L5960: Endoskeletal Hip Disarticulation Addition, Ultra-Light Material
HCPCS Level II code L5960 identifies an addition to an endoskeletal prosthetic system for hip disarticulation made from ultra-light materials (for example, titanium or carbon fiber). This code matters nationally because hip disarticulation prostheses are high-cost, specialized durable medical equipment (DME) items with implications for payer coverage, clinical mobility outcomes, and care coordination for individuals with transfemoral or more proximal lower-limb amputations. Accurate coding supports appropriate device selection, claims processing, and longitudinal device tracking.
Key payers reviewed include Aetna, Blue Cross Blue Shield, Cigna, UnitedHealthcare, and Medicare. Readers will find a concise overview of the clinical context for an ultra-light endoskeletal hip disarticulation addition, typical sites of service and service type, and what to expect from payers regarding coverage pathways. The publication summarizes benchmarks and billing considerations, notes common modifiers used in prosthetics billing, and highlights where data was not provided. Policy and reimbursement updates that affect prosthetic device coding and payment are summarized so readers can understand potential impacts on utilization and claim adjudication. Data not available in the input is explicitly noted where applicable.
Billing Code Overview
HCPCS Level II code L5960 describes the addition to an endoskeletal prosthetic system for hip disarticulation constructed from ultra-light materials such as titanium or carbon fiber. The entry denotes a component added to an existing endoskeletal hip disarticulation prosthesis intended to reduce weight while maintaining structural support.
Service Type: Prosthetic component provision and fitting
Typical Site of Service: Outpatient prosthetics clinic or orthotics/prosthetics facility, where custom fitting and adjustments for a hip disarticulation prosthesis are performed.
Clinical & Coding Specifications
Clinical Context
A typical patient is an adult with a proximal lower‑extremity amputation at the hip disarticulation level requiring an endoskeletal prosthetic restoration constructed from ultra‑light materials such as titanium or carbon fiber. The clinical workflow begins with a prosthetist and orthotist evaluation following surgical healing and residual limb maturation. The prosthesis prescription is based on functional goals (household, community ambulation, or wheelchair mobility), limb shape, and patient comorbidities. Measurement, casting or digital scanning, and template fabrication are followed by a test socket fitting, alignment and gait training sessions, and iterative adjustments. The addition described by L5960 is applied to the prosthetic socket/pylon assembly of a hip disarticulation prosthesis to provide a lightweight endoskeletal component to improve comfort and reduce energy expenditure during use. Typical sites of service include outpatient prosthetics/orthotics clinics, specialized rehabilitation hospitals, and ambulatory surgery centers for component fittings; inpatient rehabilitation units and long‑term acute care facilities may also be involved for medically complex patients.
Coding Specifications
| Modifier | Description | When to Use |
|---|---|---|
LT | Left side | When the component is furnished for a left hip disarticulation prosthesis |