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Apollo NZ GlobalStart Project Brief
RIDEspanModular Pump Track SystemsA LUTHVAR sports brand

RIDEspan · School Learning Centre

A practical school guide to pump-track use, teaching and supervision.

Use the track as both a recreation asset and a learning environment. This guide helps schools structure first-use teaching, rider etiquette, progression, supervision, curriculum activities and shared community use before the facility opens.

Built forSchools · teachers · property teams · boards · community-use partners
RIDEspan modular pump track in a landscaped recreation setting

Learning modules

Work through the decisions before the project reaches procurement.

01

Introduce the riding environment

Start with how the space works before teaching speed or technique.

  • What direction does the track operate?
  • Where do students wait before entering?
  • Where do riders leave the track safely?
02

Create a pre-ride equipment routine

A simple equipment check can become part of every session.

  • Are tyres, brakes and steering in usable condition?
  • Are there loose or visibly damaged parts?
  • What helmet and PPE rules does the school apply?
03

Teach control before speed

Progression starts with balance, braking and line choice.

  • Can the rider start and stop under control?
  • Can they hold a predictable line?
  • Can they slow before a feature rather than on it?
04

Teach pumping and cornering

Help students understand how body movement creates momentum without relying on pedalling through the whole circuit.

  • Can the rider compress and extend over rollers?
  • Do they look through the turn?
  • Are they entering corners at a manageable speed?
05

Plan supervision around sightlines

The adult role should be designed around the facility rather than improvised after opening.

  • Can key track areas be seen from supervision points?
  • Are waiting riders outside the active line?
  • Are access paths kept clear during busy sessions?
06

Design rules for different operating modes

Class use, interval use and after-hours access may need different controls.

  • Who is responsible during class use?
  • What changes during break-time use?
  • How is the track checked before school use after public access?

Working checklist

School opening-readiness checklist

Use this as an early-stage discussion sheet. It does not replace local design, engineering, safety, accessibility or approval requirements.

01Riding direction and entry/exit are clearly understood02Waiting and viewing areas sit outside the active riding line03Student bike/scooter check routine is defined04Helmet and PPE expectations are documented05Supervision positions have usable sightlines06Wet-weather and closure rules are defined07First-use rider briefing is prepared08Damage reporting process is known09Bike/scooter storage is planned10After-hours/shared-use responsibilities are defined11Accessible route to the facility is considered12Inspection and maintenance ownership is assigned

Practical activities

Turn the track into a learning asset.

Maths: measure the movement zone

Students can measure track envelope, perimeter, approximate travel distance and surrounding clear areas, then compare different layout options.

Technology: modular vs permanent

Compare how a modular system connects, changes and is maintained versus a permanently formed recreation surface.

Health & PE: progression journal

Students record a skill they are practising—balance, braking, pumping or cornering—and reflect on control rather than maximum speed.

Inquiry: who uses the facility?

Run a simple student survey on preferred activities, confidence levels, times of use and barriers to participation.

Design: improve the precinct

Ask students to plan bike parking, seating, shade, hydration and safe movement around the track without blocking rider flow.

Data: observe utilisation

Record use at different times and compare age groups, activities and congestion points to inform operating changes.

Next step

Move from learning into a real project decision.

Local project responsibilities still matter.

RIDEspan is supplied as a modular product system. Site preparation, civil works, drainage, installation, engineering, safety planning, accessibility, statutory approvals and operating procedures remain project-specific unless an exact quotation says otherwise.

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