Brian Shaw plane pull is a benchmark of strongman strength, showcasing an athlete moving a heavy, resistant object with a harness and raw pulling power. In strongman training and competition, pulling vehicles or weighted sleds builds posterior chain strength, grip endurance, and full-body stability. This overview explains how the plane pull fits into strongman programming, what movement patterns and equipment are used, and how lifters at different levels can apply these principles to improve real-world pulling capacity.
What Is a Plane Pull in Strongman
A plane pull involves dragging or pulling a weighted object along a track or plane, typically using a harness or handlebar. Compared to yoke carries, farmers walks, or tire flips, plane pulls emphasize horizontal pulling force and posterior chain engagement while limiting spinal shear. Strongman athletes use variations with sleds, logs, or vehicle frames to simulate tasks like pulling planes, boats, or wrecked vehicles. The movement trains hip extension, back endurance, and grip under load, making it a practical addition for general athletes and strongman trainees alike.
Primary Equipment and Setups
- Strongman sled or weighted sled with pull strap
- Log or axle for limited rotation pulls
- Vehicle harness or padded yoke for high-load pulls
- Optional lifting straps to offload grip and focus on hip and back strength
Brian Shaw Plane Pull Technique and Setup
Brian Shaw plane pull technique emphasizes a stable hip hinge, upright torso, and brisk foot turnover without sacrificing spinal alignment. He typically sets a moderate to heavy load on a strongman sled or vehicle, attaches a handle or harness, and maintains long, powerful strides. Key coaching cues include driving through the heels, keeping the chest proud, and using a mixed or pronated grip with straps when necessary. By standardizing stance, foot placement, and breathing, Shaw reduces energy leaks and maximizes horizontal force output.
Step-by-Step Execution
- Set the harness or handles at midchest height to control torso angle.
- Position feet slightly wider than hip-width, with weight centered over the midfoot.
- Brace the core, retract the scapulae, and shift hips back while maintaining a neutral spine.
- Drive through the heels and drive the feet backward to initiate movement.
- Short, powerful steps maintain momentum and reduce time under maximal eccentric load.
Programming the Pull for Strength and Conditioning
Plane pulls can be programmed as a max effort pull day lift or as a heavy conditioning finisher depending on the goal. For maximal strength, use lower reps (3–6) with heavier loads and full recovery (3–5 minutes); for conditioning, use moderate loads with higher reps (8–15) and shorter rest (60–90 seconds). Strongman athletes cycle plane pulls alongside yoke walks, sled drags, and rack pulls to balance specificity and joint recovery. Non-competitive lifters can use lighter loads for 15–20 meter pulls to build work capacity and posterior chain hypertrophy without excessive spinal loading.
Sample Progression Template
| Week | Load (% Estimated 1RM) | Reps/Distance | Rest | Focus |
|---|---|---|---|---|
| 1 | 60–70% | 2–3 x 15–20 m | 60 s | Technique and groove |
| 3 | 75–85% | 3–4 x 10–15 m | 90–120 s | Strength–speed |
| 5 | 85–95% | 2–3 x 5–10 m | 2–3 min | Maximal pull strength |
| 6 | 70–80% | 4–5 x 20 m | 60 s | Conditioning and repeatability |
Brian Shaw Plane Pull Equipment Comparison
Strongman competitors choose plane pull setups based on load, surface friction, and movement pattern. Sleds offer smooth loading and consistent resistance, logs introduce rotation and instability, and vehicles provide the highest load but require safety harnesses and flat surfaces. Lifters can adjust difficulty by changing load, stance width, surface (grass vs. turf vs. sled), and handle height. This flexibility makes plane pulls suitable for commercial gyms, performance centers, and home setups with minimal equipment.
Plane Pull Equipment Options
| Equipment | Load Capacity | Surface Sensitivity | Best Use Case |
|---|---|---|---|
| Strongman sled | Moderate to very heavy | Low (consistent pull) | General strength and conditioning |
| Log or axle pull | Heavy with rotation | Moderate (requires technique) | Strongman technique and grip endurance |
| Vehicle harness pull | High (depends on footing) | Sport-specific preparation |
Common Mistakes and Fixes
Errors in plane pulls often stem from poor start position, rounded backs, or early grip failure. A too-steep torso angle reduces horizontal force, while short, choppy steps limit momentum. Lifters can over-grip without straps, leading to forearm fatigue before posterior chain engagement. Simple fixes include setting the harness lower, bracing the lats before pulling, taking longer, deliberate steps, and using straps on heavy pulls to shift emphasis toward hip and back strength.
How to Progress Safely with Plane Pulls
Progress plane pulls gradually by increasing load in small increments, adding distance before load, and monitoring lower back and grip comfort. Use deload weeks every 4–6 weeks and pair pulls with posterior chain accessory work such as RDLs, good mornings, and core anti-rotation holds. Athletes training for competition should rehearse pulls on similar surfaces and with harness setups they will encounter on event day to reduce surprise and injury risk.
Plane Pull Alternatives and Complementary Exercises
Lifters who do not have access to sleds, logs, or vehicles can use sandbags, trap bars, or heavy tire drags to develop similar pulling qualities. Deficit deadlifts and hip thrusts reinforce top-end hip extension, while farmer carries build grip and core stability under long durations. Combining these movements into a pulling-focused block preserves patterning without requiring specialist equipment.
Brian Shaw Plane Pull: Key Takeaways
- Plane pulls build horizontal pulling strength with minimal spinal shear.
- Use a stable harness, long hip hinge, and short, powerful steps for efficient pulls.
- Program heavy pulls for max strength and lighter pulls for conditioning.
- Equipment options include sleds, logs, and vehicles—choose based on goals and access.
- Progress with gradual load increases, scheduled deloads, and complementary posterior chain work.