“Tech Neck”

The "Tech Neck" Epidemic: How Smartphone Use Reshapes Your Neck — and How to Reverse It

By Dr Silver Esho, Spirit Chiropractic, Parramatta NSW · 11 September 2026

Quick summary

• Looking down at a phone concentrates most of the bending force at the very top of the neck (the C0–C1 joint), not evenly through the spine.
• Tilting your head forward roughly 45–60° can load the cervical spine with the biomechanical equivalent of carrying an extra ~27 kg (60 lb) compared to a neutral, upright head position.
• "Tech neck" is a posture and muscle-endurance problem, not a structural defect — research shows it responds well to targeted exercise and ergonomic changes.
• The fixes that actually move the needle: raise the device to eye level, take breaks every 20–30 minutes, and train the deep neck flexor muscles — not just "sit up straight."

If you've caught yourself hunched over a phone mid-scroll, jaw jutting slightly forward, shoulders creeping up toward your ears — you already know what "tech neck" feels like. What's changed in the last few years is that researchers can now measure exactly what that posture does to the cervical spine, and the numbers explain why so many people are walking around with a dull, nagging ache at the base of the skull.

What "Tech Neck" Actually Is

Tech neck (also called text neck) describes the forward-head, chin-down posture people adopt when looking at a phone, tablet, or laptop held below eye level. It isn't a diagnosis so much as a repetitive postural pattern — but researchers have started tracking exactly where the strain concentrates.

A 2023 biomechanics study published in Symmetry attached motion sensors to participants' necks while they texted sitting, standing, and walking, and measured flexion separately at the upper neck (the C0–C1 joint, right where the skull meets the spine) versus the rest of the cervical spine (C1–C7). The finding was striking: almost all of the bending happened at that single top joint — average flexion angles of roughly 27–33° at C0–C1 across the three positions — while the lower neck barely moved, and in some cases even extended slightly to compensate (Fercho et al., 2023). In other words, tech neck isn't spread evenly through your neck; it's a concentrated, repetitive strain on one small joint, thousands of times a day.

The Physics of a Tilted Head

Your head weighs roughly 4.5–5.5 kg (10–12 lb) in a neutral, ears-over-shoulders position — that's the load your neck muscles and joints are built to support all day. The problem is that load doesn't stay constant as your head tips forward.

In a widely cited biomechanical analysis published in Surgical Technology International, spine surgeon Kenneth Hansraj calculated how much the effective load on the cervical spine increases as the head tilts forward, using the head as a lever arm against gravity. At a 15° forward tilt, the load roughly doubles to around 12 kg (27 lb); by 60° — a fairly typical angle for looking at a phone in your lap — it climbs to an estimated 27 kg (about 60 lb), or roughly the weight of an eight-year-old child, sitting on your neck for however long you're scrolling (Hansraj, 2014).

That's not a one-off event; for most people it's a pattern repeated for hours a day, which is why the muscles at the base of the skull and between the shoulder blades end up chronically overworked and tender, even when nothing is structurally "wrong."

Why Just "Sitting Up Straight" Doesn't Fix It

Consciously correcting your posture for a few minutes feels good but rarely lasts, because tech neck is as much a muscle-endurance and habit problem as a positioning one. A 2025 scoping review in the Journal of Clinical Medicine examined 15 studies (2018–2024) on physiotherapy approaches to text neck syndrome and found that the interventions with real, measurable benefit — reduced pain, improved posture, better range of motion — were structured exercise programs, not passive advice alone (Piruta & Kułak, 2025).

The most consistently effective components across those studies were:

• Deep neck flexor strengthening — the small stabilizing muscles at the front of the neck that keep the head balanced over the spine, and that weaken quickly with prolonged forward-head postures.
• Postural correction and stabilization exercises, often combined with stretching of the muscles that get short and tight (upper trapezius, levator scapulae, pectorals).
• Proprioceptive Neuromuscular Facilitation (PNF) techniques, which the review found outperformed static stretching alone for restoring neck range of motion.

In short: the neck needs to get stronger and more coordinated, not just "reminded" to sit up.

Practical Ways to Reverse Tech Neck

Based on the ergonomic and exercise recommendations backed by the research above, the changes worth prioritising are:

1. Bring the device up, not your head down. Hold your phone closer to eye level rather than dropping your chin to it — even a partial improvement in angle meaningfully reduces the load calculated above.
2. Use two hands / a stand for longer sessions. A phone stand or holding with both hands reduces the tendency to hunch over one-handed scrolling.
3. Take a screen break every 20–30 minutes. Even a 30-second reset — chin tuck, roll the shoulders back, look up — interrupts the sustained static load that causes fatigue.
4. Set a rough daily ceiling on recreational screen time where possible; reviewed guidance points to roughly 2–3 hours for adults and under 2 hours for children as a sensible target to reduce cumulative strain (Piruta & Kułak, 2025).
5. Train the deep neck flexors specifically — chin tucks (gently drawing the chin straight back, not down) done in short daily sets are the simplest entry point, ideally progressed under guidance.

When it's worth getting assessed
If the ache at the base of your skull, between your shoulder blades, or into your upper back doesn't settle with these changes — or you're getting regular tension headaches with it — a chiropractic assessment can check your cervical curve, joint mobility, and posture, and build a plan specific to how you actually work and use your devices.

Call Spirit Chiropractic — Parramatta: 0410 420 856

Frequently Asked Questions

What is tech neck?

Tech neck (or text neck) is the forward-head, chin-down posture adopted when looking at a phone, tablet, or laptop held below eye level. Sustained over time, it concentrates strain at the top of the cervical spine and overloads the neck and upper back muscles.

Can tech neck be reversed?

Yes, for most people. Research on physiotherapy interventions shows meaningful improvement in pain, posture, and range of motion from targeted deep neck flexor strengthening, postural exercises, and ergonomic changes — it typically isn't a fixed structural problem.

How much extra strain does looking down at a phone actually add?

A widely cited biomechanical analysis estimates that tilting the head forward to roughly 60° — a common angle for phone use — can increase the effective load on the cervical spine to around 27 kg (60 lb), compared to about 5 kg (10–12 lb) in a neutral, upright position.

What exercises help with tech neck?

The exercises with the strongest evidence are deep neck flexor strengthening (such as chin tucks), postural stabilization exercises, stretching of the upper trapezius and pectoral muscles, and PNF-based mobility work, ideally combined rather than used in isolation.

References

• Hansraj, K.K. (2014). Assessment of stresses in the cervical spine caused by posture and position of the head. Surgical Technology International, 25, 277–279. View on PubMed
• Fercho, J., Krakowiak, M., Yuser, J., Szmuda, T., Zieliński, P., Szarek, D., & Miękisiak, G. (2023). Kinematic Analysis of the Forward Head Posture Associated with Smartphone Use. Symmetry, 15(3), 667. https://doi.org/10.3390/sym15030667
• Piruta, J., & Kułak, W. (2025). Physiotherapy in Text Neck Syndrome: A Scoping Review of Current Evidence and Future Directions. Journal of Clinical Medicine, 14(4), 1386. https://doi.org/10.3390/jcm14041386