Senior Track & Field — Bullseye Sports & Training

School Extracurricular Program

Senior Track & Field

Performance-focused athletics covering the full range of track and field disciplines — sprints, hurdles, jumps, and throwing events including shot put, discus and javelin.

Year 4 – Year 6Athletics

60–75 minutes

Session Length

Up to 40 students

Group Size

Weekly sessions

Frequency

All equipment provided

Equipment

About This Program

Technical athletics coaching for students ready to perform

Our Senior Track & Field program takes athletics seriously. Designed for Year 4 to Year 6 students, every session covers real technique across sprints, hurdles, jumps and throwing events — shot put, discus and javelin. Students explore the sports science that drives athletic performance while working toward genuine personal improvement.

Full Athletics Range

Sprints, hurdles, long jump, shot put, discus and javelin — the complete track and field experience in every block.

Performance Focus

Technical coaching aimed at real improvement, not just participation — students track their own progress.

Sports Science Integration

Biomechanics, energy systems and performance nutrition explained in every session.

Carnival Ready

Students develop the skills and confidence to compete at school athletics carnivals with proper technique.

What We Cover

Senior Track & Field

  • Sprint mechanics — block starts, acceleration phase, maximum velocity, deceleration
  • Hurdles — lead leg attack, trail leg clearance, three-stride rhythm between barriers
  • Relay — split-second baton exchanges, blind changeovers, zone acceleration
  • Distance running — aerobic pacing, even splits, race strategy
  • Long jump — full approach run, penultimate step, hang or hitch-kick technique
  • Shot put — O'Brien glide technique, power position, release angle
  • Discus — 1.5-turn spin, pivot foot, release point and angle
  • Javelin — cross-step approach, pull-through, optimal release angle

Session Times

Flexible Scheduling

Early Morning

7:30am – 8:45am

Start the day with high-performance athletics coaching before the school bell — great for early risers ready to train.

Early Afternoon

3:00pm – 4:15pm

Ideal for families who need a slightly later pick-up — students train straight after school while parents finish the work day.

Late Afternoon

4:30pm – 5:45pm

Perfect for families who want their child to have a break after school before heading into training.

Can't see a time that works? Contact us — we'll do our best to accommodate your school's timetable.

Coaching Methodology

Technique in Depth

We don't just run drills — we explain the mechanics behind every skill so students understand what they're doing and why. Click each section to explore the coaching detail.

Senior athletes learn to optimise stride length and stride frequency — the two variables that determine sprinting speed. We use video analysis concepts and drills to make these tangible.

1

Block Start & Drive Phase

From blocks, the body angle is approximately 45 degrees. The first 10–15m is pure acceleration — short, powerful strides with the body gradually rising. We use resistance bands and sled work to teach this feeling.

2

Maximum Velocity

At top speed, the body is upright, hips are high and the foot strikes directly under the centre of mass. Ground contact time is under 0.1 seconds in elite athletes — we work on minimising contact time through stiffness drills.

3

Stride Optimisation

Speed = stride length × stride frequency. Most young athletes improve faster by increasing frequency (faster leg turnover) than by forcing a longer stride. We use metronome drills to develop cadence.

4

Hurdle Mechanics

The lead leg attacks over the hurdle (not around it), the trail leg sweeps through horizontally. Three strides between hurdles maintains rhythm — we count aloud so students internalise the pattern.

Sports Science

The Science Behind Senior Athletics

Every session includes a sports science moment — a short, engaging discussion that helps children understand how and why their body performs the way it does. Tap "Deeper fact" to go further.

Stride Mechanics

"How do stride length and frequency affect speed?"

Speed is the product of stride length multiplied by stride frequency. Elite sprinters like Usain Bolt have a stride length of approximately 2.44m and a frequency of 4.28 strides per second. Most young athletes improve faster by increasing frequency — the nervous system can be trained to fire faster with specific drills.

Energy Systems

"Why do muscles burn during a 400m run but not a 100m sprint?"

The 100m uses the phosphocreatine (ATP-PC) system — an immediate, oxygen-free energy source that lasts about 10 seconds. The 400m crosses into the glycolytic system, which produces lactic acid as a byproduct. That burning sensation is hydrogen ions (associated with lactate) interfering with muscle contraction.

Performance Nutrition

"What should athletes eat before competing?"

Carbohydrates are the primary fuel for high-intensity sport — they break down into glucose, which muscles use directly. A meal 2–3 hours before competition should be carbohydrate-rich and low in fat and fibre (which slow digestion). Protein helps muscles recover after training, not during it.

Get Started

Bring Senior Athletics to Your School

We work directly with school coordinators to schedule programs that fit your timetable, year levels and goals.