Injury Prevention: Train Hard, Stay in the Fight

A good warm-up prepares us for the activity we’re about to undertake by gradually increasing heart rate, muscle temperature and blood flow while allowing us to rehearse the movements involved.

Rather than following the same routine before every workout, tailor your warm-up to the demands of the session.

A practical approach might include:

• General movement: Begin with 5–10 minutes of easy cycling, jogging, rowing or another activity that gradually raises your heart rate.
• Dynamic mobility: Use controlled movements such as leg swings, arm circles, lunges and bodyweight squats to prepare the joints and muscles involved.
• Movement preparation: Rehearse the exercises or movement patterns you’ll be performing, particularly those requiring coordination, speed or stability.
• Progressive loading: Before heavy lifting or explosive efforts, perform lighter sets or lower-intensity repetitions to prepare for the working demands.

Warm-ups can improve immediate physical performance and, particularly when they include structured neuromuscular exercises, may help reduce certain sports injuries.

However, warming up doesn’t make us injury-proof, and the evidence for injury prevention varies depending on the activity and warm-up programme.

Mobility and flexibility are often discussed interchangeably, but they aren’t quite the same thing. Flexibility describes the available range of motion of our muscles and surrounding tissues, while mobility involves our ability to actively control movement through a particular range. Both can be useful, especially when an activity demands specific positions or movement capabilities.

Dynamic mobility exercises are generally well suited to warming up, while static stretching can help improve flexibility when performed consistently. However, the idea that stretching alone prevents sports injuries isn’t strongly supported by research. Rather than stretching everything indiscriminately, focus on developing the range of motion, strength and control required for your chosen activities.

One of the most useful ways to prepare our bodies for physical demands is through progressive strength and conditioning.

Resistance training strengthens muscles and can improve the capacity of tendons, bones and other tissues to tolerate loading over time.

Well-designed conditioning programmes may also improve balance, coordination, landing mechanics and the ability to absorb or produce force.

Depending on the sport, useful components might include:

• Resistance training: Building strength through appropriate compound and isolation exercises.
• Single-leg training: Developing unilateral strength, balance and control.
• Plyometrics: Progressively preparing for jumping, landing and rapid changes of direction.
• Core and trunk conditioning: Improving strength and control during demanding movements.
• Sport-specific conditioning: Preparing for the physical requirements of running, lifting, combat sports or other activities.

Importantly, the exercises should reflect our current capabilities. An advanced plyometric programme, for example, is unlikely to be appropriate for someone who hasn’t yet developed the strength or movement control to perform basic jumping and landing drills.

The objective is to build capacity progressively, not expose ourselves to demands we’re unprepared to handle.

Good technique matters, particularly when performing complex lifts, unfamiliar exercises or movements involving substantial loads and high speeds.

Learning effective movement patterns can improve efficiency, performance and our ability to control external forces.

Some practical considerations include:

• Learn new exercises with manageable resistance before increasing the difficulty.
• Use video recordings or qualified coaching to identify areas for improvement.
• Develop control throughout the range of motion required for the exercise.
• Avoid sacrificing movement quality simply to complete additional repetitions.
• Adapt exercises to individual anatomy, mobility and training objectives.

However, it’s important not to become obsessed with the idea of one universally perfect technique.

There is often more than one safe and effective way to perform a movement, and individual differences in anatomy, experience and physical capacity influence how exercises look.

Poor technique isn’t automatically the cause of every injury. Equally, excellent technique doesn’t guarantee protection when workloads exceed our current capacity.

Even the best-prepared athlete can be injured by unsafe equipment or hazardous surroundings. Before training, take a moment to check that equipment is suitable, properly maintained and being used as intended. Inspect resistance bands, suspension trainers, cables and other equipment for signs of damage. Secure weight plates where required, use appropriate spotting or safety equipment for heavy lifts, and keep training areas clear of unnecessary hazards.

Footwear should provide suitable comfort, grip and support for the activity and conditions. There is no single running shoe or footwear design that guarantees injury prevention, so individual comfort and the demands of the activity are important considerations. A few sensible precautions can eliminate avoidable hazards before the workout even begins.