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Shoveling Snow Safely: Essential Tips for Burlington Residents

  • Writer: Folarin Babatunde PT PhD
    Folarin Babatunde PT PhD
  • Dec 16, 2025
  • 5 min read

Updated: Jan 7

Shoveling snow safely starts with the right technique, smart pacing, and a few physiotherapy-based habits that protect your back and reduce overexertion in winter conditions. For many Canadians, winter brings an ongoing cycle of heavy snowfall, icy driveways, and sidewalks. Early mornings and tight schedules make it challenging to keep up with snow removal safely and consistently without triggering back pain or overexertion.



Person clearing fresh snow from a sidewalk with a snow shovel on a cold winter morning

Shoveling Snow is a Workout — Treat it Like One


Snow removal is one of the most common winter triggers for back pain flare-ups. It can also be demanding on the cardiovascular system. Canadian research and surveillance data reinforce that this isn’t theoretical:


How Shoveling Snow Can Strain the Heart


Shoveling often happens right after a storm, when snow is heavy, and people rush to clear driveways quickly. This can push the body into intense exertion before it is ready. Shoveling can spike both heart rate and blood pressure fast—especially in people who do not exercise regularly or who may have artery narrowing they are unaware of.


In cold temperatures, blood vessels can tighten, which can reduce blood flow and make symptoms show up at a lower level of effort than they would indoors. Serious events (like heart rhythm problems or heart attacks) have been reported with snow shoveling, which is why clear warning signs and conservative pacing matter.


Snow blower being used to move snow along a driveway with minimal twisting of the lower back
Snow blower being used to move snow along a driveway with minimal twisting of the lower back

Shoveling Snow and Back Pain: What the Research Shows


Snow shoveling is one of the most common winter triggers for back pain because it combines repeated bending, lifting, and throwing—often while standing on slippery ground.


  • In a large emergency-department study tracking snow shovel–related injuries over 17 years, the lower back accounted for about 34% of cases, making it the most frequently injured body region. This usually occurs due to the back muscles and joints getting overloaded by the repeated work.

  • CCOHS specifically warns that snow shoveling can cause muscular strains and more serious injury, particularly to the lower back, especially when people rush the task and are not prepared.


  • Biomechanics studies show that a bent-shaft shovel can reduce how much you bend forward and can reduce loading demands at the lumbosacral area (L5/S1) compared with a straight-shaft shovel.


Bottom Line: Shoveling is “High Reps, High Load” Lifting


Smaller scoops, less bending, no twisting, and planned rest breaks are not optional—they are your Back-protection strategy.


Quick Warm-Up (3 Minutes)


Squat with hip hinge - hip and back disassociation drill.
Squat with hip hinge - hip and back disassociation drill. (Source: www.hep2go.com)

Do these before you lift the first scoop:


  1. March in place (45–60 seconds): to raise temperature and circulation.

  2. Hip hinges (8–10 reps): hands on hips, push hips back, keep spine long.

  3. Gentle trunk rotations (6 - 10 reps per side): rotate upper back gently—avoid forcing end range.

  4. Sit-to-stand or shallow squats (8-10 reps): to increase quad activation.

  5. Shoulder rolls + arm circles (30 sec each way): to improve shoulder mobility.


Choose a Shovel That Reduces Strain


Small tool choices can reduce load on your back and shoulders.


  • Avoid overloading the blade. Smaller scoops lower injury risk.

  • For lifting/throwing, use a smaller blade (25–35 cm / 10–14 in) to keep loads manageable.

  • Use a snow blower when available.


Close-up of a lightweight snow shovel with a smaller blade for manageable scoops
Close-up of a lightweight snow shovel with a smaller blade for manageable scoops

Use Back-Safe Shoveling Mechanics


Step 1: Push Instead of Lift Whenever Possible


Pushing reduces repeated loaded lifts and the twisting throws that commonly provoke back pain.


Step 2: If You Must Lift: Keep the Shovel Close and Use Your Hips and Legs


  • Stand close to the snow (avoid reaching).

  • Keep your back “long” (think "deadlift pattern" not "rounded-back scoop").

  • Lift by straightening hips and knees together.

  • Keep the shovel close to your body (load farther away = much higher back stress).

  • Make sure the snow load on the shovel is small.


Demonstration of a hip-hinge technique for shoveling snow with a neutral spine
Demonstration of a hip-hinge technique for shoveling snow with a neutral spine

Step 3: Turn Your Feet to Throw—Do Not Twist Your Spine Under Load


Twisting while holding a heavy scoop is a common mechanism for flare-ups. Step your feet to face the direction of the toss. Shoveling techniques that include combining trunk rotation and excess load is a common recipe for flare-ups.


Step 4: Keep Throws Low and Short


High, long throws with the shovel increase shoulder and back load. It is advisable to toss to a closer snow pile and build outward slowly.


The CCOHS "Dose" Box: Pace, Rest, Load, and Throw Limits


Your Built-in Injury Prevention Plan


  • Recommended pace for continuous shoveling: ~15 scoops per minute.

  • Time limit at that pace: do not continue longer than 15 minutes at a time.

  • Load limit at that pace: total weight (shovel + snow) should be about 5–7 kg (10–15 lb).

  • Throw limits: keep throw height below ~1.3m (4 ft) and distance around ~1m (3 ft); lighten the load if throwing farther.

  • Work-rest rule: shovel for 10–15 minutes, rest for 2–3 minutes.

  • Alternate sides: change lead hand/stance to distribute load.

  • Two passes beat one: clearing 2–3 lighter rounds is often safer than one heavy round.


The Practical Takeaway


Shovel like you would TrainWarm up, Pace, use Efficient Mechanics, and Respect Red Flags.


When to Stop Immediately: Heart Warning Signs


Individual seated near a snow-covered walkway after shoveling, holding chest and catching breath.

Stop shoveling and seek urgent emergency services immediately if you develop:


  • Chest pressure/tightness

  • Pain radiating to arm/jaw/back

  • Unusual shortness of breath

  • Dizziness or fainting

  • Sudden nausea, cold sweat

  • Feeling that something feels very wrong


This is especially important on days after heavy snowfall days, when population-level risk signals have been observed.


Practical Rule


If your breathing is hard enough that you cannot speak a full sentence, slow down, reduce scoop size, and take a break.


What to Do If Your Back Flares Up After Shoveling


  • Stop and walk indoors for 2–5 minutes (gentle movement often helps settle spasm).

  • First 24–48 hours: gentle walking, comfortable positions, avoid repeated bending/twisting.

  • If pain is sharp, radiates down the leg, or you notice numbness/weakness, seek assessment promptly.


Prevent the Annual Winter Flare-Up


When conditions are icy or you’re not confident about the load:


  • Consider hiring snow removal or splitting the task with a neighbour/family member.

  • If you want a winter activity without heavy lifting, Burlington offers free skating at Rotary Centennial Pond (weather permitting).


Physiotherapy Can Help You Shovel Snow Safely


  • Learn a safer hip-hinge pattern (so your back is not doing your hips’ job).

  • Build trunk and hip endurance for repetitive lifting.

  • Improve shoulder capacity for pushing and controlled lifting.

  • Create a realistic “winter workload plan” matched to your driveway and schedule.




Sources

  1. Baranchuk A, The cardiovascular risk of snowfall and snow shovelling in Canada. CMAJ. 2017;189:E545.

  2. Auger N, Potter BJ, Smargiassi A, Bilodeau-Bertrand M, PAris C, Kosatsky T. Association between quantity and duration of snowfall and risk of myocardial infarction. CMAJ. 2017;189:E235-E242.

  3. Franklin et al. Exercise-related acute cardiovascular events and potential deleterious adaptations following long-term exercise training: placing the risks into perspective - An update: A scientific statement from the American Heart Association. Circulation. 20220;141:e705-3736.

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