--- title: "Telehealth for Climbing Injuries: A Case Study in Triceps Tendinopathy" url: "https://climbingbrowser.com/blog/telehealth-climbing-injuries-triceps-tendinopathy" date: "2025-12-02" author: "ClimbingBrowser Team" --- # Telehealth for Climbing Injuries: A Case Study in Triceps Tendinopathy > Can climbing injuries be effectively treated through telehealth? A detailed case study shows how a rock climber recovered from triceps tendinopathy using remote rehabilitation. # Telehealth for Climbing Injuries: A Case Study in Triceps Tendinopathy The global shift toward telehealth during recent years raised questions about its effectiveness for sports injuries. A detailed case study demonstrates how a rock climber successfully recovered from triceps tendinopathy through entirely remote rehabilitation. ## The Case **Patient Profile** A competitive rock climber presented with persistent elbow pain, specifically in the triceps tendon area. The injury had [developed gradually over several months](/blog/overuse-injury-risk-factors-climbers-prevention) and was limiting climbing ability. **Initial Assessment** Despite being conducted remotely, the evaluation included detailed movement assessment via video, load tolerance testing with available equipment, climbing-specific functional tests, and training history review. **Diagnosis** Triceps tendinopathy - inflammation and degenerative changes in the triceps tendon near its insertion at the elbow. ## The Telehealth Approach **Video Consultation** Weekly or bi-weekly video calls allowed for observation of exercises, real-time form correction, and progression decisions based on visual assessment. **Home Exercise Program** The program was designed using only equipment the climber had at home, including common climbing training gear, basic resistance bands, and bodyweight exercises. **Progressive Loading Protocol** Following established tendinopathy rehabilitation principles, the program progressed through phases: isometric loading (static holds), isotonic loading (controlled movement), and functional and sport-specific exercises. ## Treatment Protocol **Phase 1: Pain Management (Weeks 1-2)** Focus: Reduce pain, identify tolerable loads Exercises: Isometric triceps holds at pain-free angles, load modification during climbing, basic elbow mobility work **Phase 2: Loading Introduction (Weeks 3-6)** Focus: Begin rebuilding tendon capacity Exercises: Progressive isotonic exercises, controlled pushing movements, gradual increase in climbing volume **Phase 3: Strength Building (Weeks 7-10)** Focus: Develop strength exceeding pre-injury levels Exercises: Weighted triceps exercises, [compound pushing movements](/blog/finger-flexor-extensor-balance-antagonist-training), climbing-specific pushing (mantles, press moves) **Phase 4: Return to Sport (Weeks 11-12)** Focus: Full climbing reintegration Exercises: Full climbing volume, sport-specific demands, ongoing maintenance program ## Outcome **Successful Recovery** The climber returned to pre-injury climbing level, completing their goal routes without elbow pain. Follow-up showed maintained function and no recurrence. **Timeline** Full recovery took approximately 12 weeks - consistent with typical tendinopathy rehabilitation timelines for in-person treatment. ## Why Telehealth Worked **Climbing-Specific Knowledge** The treating clinician understood climbing demands, common injury patterns, and sport-specific rehabilitation needs. This expertise translated well to remote delivery. **Self-Motivated Patient** Rock climbers often have good body awareness and exercise compliance. The climber followed home programs diligently and communicated clearly about symptoms. **Visual Assessment Capability** Video quality allowed adequate observation of movement quality, pain responses, and exercise form. Most relevant assessments didn't require hands-on examination. **Accessible Equipment** The climber's home training setup (hangboard, rings, bands) provided sufficient equipment for progressive rehabilitation without clinic-based machines. ## Limitations of Telehealth for Injuries **When In-Person May Be Needed** Acute injuries requiring hands-on examination, injuries needing diagnostic imaging, complex cases with multiple contributing factors, and patients who need hands-on manual therapy may require in-person care. **Telehealth Challenges** Internet connectivity and video quality issues, difficulty assessing subtle movement patterns, and inability to provide hands-on treatment can limit effectiveness. ## Implications for Climbers **Access to Specialists** Climbers often live far from clinicians who understand the sport. Telehealth enables access to climbing-specific expertise regardless of location. **Travel Considerations** For injuries sustained while traveling, telehealth provides immediate access to care without disrupting trip plans. **Cost and Convenience** Remote consultations typically cost less and eliminate travel time, making consistent follow-up more practical. ## Finding Telehealth Providers **What to Look For** Seek providers with experience treating climbers or understanding of climbing demands, willingness to conduct thorough video assessments, clear communication about telehealth limitations, and ability to refer for in-person care when needed. **Red Flags** Be wary of providers who diagnose without adequate assessment, don't request video of your movements, or promise quick fixes for complex injuries. ## The Bigger Picture This case study demonstrates that telehealth can be effective for certain climbing injuries when delivered by knowledgeable clinicians to motivated patients. It expands access to specialized care and provides a practical option for the climbing community. However, it doesn't replace in-person evaluation for all conditions. Knowing when telehealth is appropriate - and when to seek hands-on care - remains important. --- *Based on: Vagy J (2022) [Case Report: Using Telehealth to Treat Triceps Tendinopathy in a Rock Climber](https://www.frontiersin.org/journals/sports-and-active-living/articles/10.3389/fspor.2022.829480/full). Frontiers in Sports and Active Living* Recovering from an elbow or tendon issue? [Get a personalized plan from your AI climbing coach](/coach?utm_source=blog&utm_campaign=internal-linking&utm_content=telehealth-climbing-injuries-triceps-tendinopathy). --- Source: [ClimbingBrowser](https://climbingbrowser.com) — free evidence-based climbing training intelligence. Personal AI coaching on WhatsApp: [ClimbClaw](https://climbingbrowser.com/coach).