Grounded in Science, Built for Flight: What Dry Needling Does for Your Trigger Points
- Jackie White
- Aug 4
- 6 min read
Whether you're holding a crosswind approach at 200 feet or asking a 1,200-pound animal to collect and bend through a lead change, your nervous system and your muscles are doing the same essential job: stabilizing a moving system under load. Over time, that job creates trigger points — and trigger points are quietly expensive.
In my practice, I see two populations that look completely different on the surface — aviation professionals and equestrian athletes — and yet arrive with almost identical complaints: a deep ache along one side of the low back, a hip that never quite unwinds, a knot between the shoulder blades that shows up before every long flight or every derby. The common thread is asymmetric, sustained loading. The fix, more often than not, starts with dry needling.
What a Trigger Point Actually Is
Physical therapists Janet Travell and David Simons defined a myofascial trigger point as a hyperirritable spot inside a taut band of skeletal muscle — a small area that stays contracted long after the task that created it is over. [1] That taut band restricts blood flow, irritates local nerve endings, and refers pain to places that can feel far removed from the actual problem: a psoas trigger point that mimics a groin strain, or an upper trapezius knot that presents as a headache behind the eye.
For a rider, this often shows up as a hip or gluteal trigger point that quietly throws off symmetry in the saddle. For a pilot or flight attendant, it's frequently the cervical and upper thoracic muscles, loaded for hours in a fixed, forward-leaning posture with almost no variability in position.
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A quick look at what a dry needling session actually involves, start to finish.
Why Dry Needling — And Not Just Stretching
Dry needling uses a thin, solid filiform needle inserted directly into the trigger point, which is mechanically different from foam rolling or static stretching because it reaches deep into the muscle belly rather than just the surface fascia. When the needle contacts an active trigger point, it typically produces a local twitch response — an involuntary muscle contraction that appears to interrupt the dysfunctional feedback loop keeping the band contracted, while also triggering a local release of anti-inflammatory substances and endogenous opioids that help reset resting muscle tone. [2]
Why this matters in the cockpit and in the irons: both populations rely on fine motor control and proprioception — a pilot scanning instruments while making small, continuous control inputs, a rider making half-halts through the seat and leg. A muscle stuck in a contracted, guarded state degrades that precision long before it becomes painful enough to notice consciously.
In the Treatment Room
Here's what dry needling actually looks like in session — sometimes on its own, sometimes paired with light electrical stimulation to enhance the local twitch response and keep the muscle engaged throughout the treatment. Sessions typically target the upper back and shoulders in pilots and flight attendants working long duty days in a fixed seated posture, the forearm paired with e-stim to keep the muscle actively responding through treatment, and the hip and gluteal region in riders working through asymmetry in the saddle.
What the Research Actually Shows
The evidence base has grown quickly, and it's worth being precise about what it does and doesn't say. A 2023 systematic review and meta-analysis of dry needling for neck pain from myofascial trigger points found meaningful short-term reductions in pain compared with sham treatment. [3] Earlier work by Navarro-Santana and colleagues, summarized in a 2024 payer policy review, similarly found dry needling reduced neck pain immediately after treatment and at one-month follow-up when compared with sham or waiting-list controls. [4]
For low back pain specifically — relevant to nearly every rider and every pilot who's spent a career in a seat — a 2023 systematic review concluded dry needling is an effective adjunct for both acute and chronic myofascial low back pain, while noting that long-term outcome data is still limited. [5] A separate randomized, single-blinded trial reported moderate evidence for short-term pain relief with both static and dynamic needling techniques. [6]
The sports-specific data is directly relevant to both of my niches. A 2024 systematic review of dry needling in overhead athletes with myofascial shoulder pain found consistent short-term pain reduction, though it flagged a need for more rigorous trial design. [7] A broader 2025 evidence-gap review across 24 studies and 580 athletes found dry needling generally more effective for reducing pain and muscle stiffness than for directly boosting athletic performance metrics [8] — an important, honest distinction: needling clears the interference so training and rehab can do their job, rather than acting as a shortcut around conditioning.
One controlled study in elite youth soccer players is particularly relevant to riders: four weekly sessions of dry needling produced measurable improvements in hip flexion range of motion and hamstring/quadriceps muscular endurance that persisted at four-week follow-up. [9] Hip flexor tightness has also been identified as one of the few well-supported risk factors for low back pain in athletes generally [10] — which tracks with what I see constantly in riders sitting asymmetrically for hours a week and in pilots folded into a seat for entire duty days.
For Aviation Professionals
Targets cervical and upper thoracic trigger points from prolonged, fixed seated posture
Addresses hip flexor tightness from hours in a rudder-pedal or jump-seat position
Helps reset guarded shoulder and scapular muscles from repetitive reach-and-scan patterns
Fits irregular schedules — a fast, targeted session between rotations
For Equestrian Athletes
Addresses gluteal and hip asymmetry that limits an even seat
Releases lumbar paraspinal trigger points from repeated flexion-extension in the saddle
Targets adductor and psoas tightness that restricts leg aids and following the horse's motion
Supports the core stability needed for effective half-halts and collection
What a Session Looks Like at Skyline
Every dry needling session is built on a full movement assessment first — I want to know why a trigger point developed, not just where it lives. From there, treatment fits into the same three-phase framework I use across all of Skyline's programming:
Load the Runway: assess and identify the driver.
Climb Out: needle and mobilize the restricted tissue.
Cruise Altitude: rebuild strength and movement patterns so the trigger point doesn't simply reload.
Needling alone is rarely the whole plan — it's the phase that clears the runway so strengthening and motor-control work can actually stick. That's why it's paired with a home program and, for most riders and aviation clients, a broader mobility and strength roadmap built around a schedule that doesn't look like a typical 9-to-5.
A Quick Word on Expectations
Dry needling isn't magic, and the honest research reflects that: most of the strongest evidence is for short-term pain and stiffness reduction rather than a permanent, one-time fix. [7][8] Used consistently as part of a broader plan, though, it's one of the most direct tools available for interrupting a trigger point cycle that stretching and rest alone haven't resolved.
Ready to Clear Your Trigger Points?
Book a free 15-minute discovery call to talk through what's holding your seat, your posture, or your recovery back — and whether dry needling belongs in your plan.
References
Lucena-Antón D, Luque-Moreno C, Valencia-Medina J, García-Muñoz C, Moral-Muñoz JA. Effectiveness of dry needling of myofascial trigger points in the triceps surae muscles: systematic review. Healthcare. 2022;10(10):1862. Read study
Dry needling mechanism of action overview, including local twitch response and endogenous opioid release. Back in Business Physiotherapy
Comparison of dry needling with physical modalities for myofascial trigger points in patients with neck pain: a systematic review and meta-analysis. PubMed. 2023. Read study
Navarro-Santana MJ, et al. (2020), as summarized in Dry Needling of Trigger Points for Myofascial Pain policy review. BCBS Texas Medical Policy SUR702.018
Treating myofascial pain with dry needling: a systematic review for the best evidence-based practices in low back pain. PMC. 2023. Read study
The effectiveness of dry needling in patients with chronic low back pain: a prospective, randomized, single-blinded study. PMC. Read study
Demeco A, de Sire A, Salerno A, et al. Dry needling in overhead athletes with myofascial shoulder pain: a systematic review. Sports. 2024;12(6):156. Read study
Dry needling in sports and sport recovery: a systematic review with an evidence gap map. PMC. Read study
Effect of dry needling on thigh muscle strength and hip flexion in elite soccer players. PubMed. Read study
Low back pain in athletes is associated with general and sport-specific risk factors: a comprehensive review of longitudinal studies. PMC. Read study
Skyline Wellness & Physical Therapy — skylinewellnesspt.com
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