What is the Volleyball Academy?
A 12-module global pathway based on current FIVB references, covering court geometry, free zones, clear height, floor, posts, lighting, dividers, multi-court halls, storage and project briefing.
SPORT + KNOWLEDGESPORT + ACADEMY
Volleyball Academy
A 12-module global pathway based on current FIVB references, covering court geometry, free zones, clear height, floor, posts, lighting, dividers, multi-court halls, storage and project briefing.

How to use the Academy
Each module gives you a planning outcome and a short set of questions to resolve. The linked guide provides the deeper technical context. You can follow the complete sequence or jump directly to the decision you are working on.
SPORT + ACADEMY is a practical education and planning resource. It is not a formal qualification, accreditation or professional-design substitute.
Direct answers
These short answers define the scope of the Academy and make the planning intent clear before you move into the modules.
A 12-module global pathway based on current FIVB references, covering court geometry, free zones, clear height, floor, posts, lighting, dividers, multi-court halls, storage and project briefing.
This self-guided planning pathway is intended for Schools · Clubs · Universities · Councils · Resorts · Indoor venues · International projects. It is designed to support early project understanding before detailed product specification or local professional design.
The pathway contains 12 modules covering set the fivb court and free-zone baseline, define player groups and scheduling, plan the floor or outdoor base, choose the volleyball surface pathway, coordinate posts, sockets and net tension, protect clear height and overhead systems and the final project brief.
No. SPORT + ACADEMY is a practical education and planning resource. It does not provide formal accreditation and does not replace project-specific professional, engineering, safety or statutory advice.
PLANNING BOARD 12
Learning pathway
Resolve the early project questions before detailed product specification. That reduces rework and makes later supplier, consultant and project-team conversations more useful.
Start from the 18 × 9 m court and the appropriate free-zone and clear-height requirement for the intended level.
Recreation, school, club or international-standard venue?
What free-zone standard applies?
What unobstructed height is available?
Match court count and equipment to training groups, classes, teams, tournaments and shared use.
How many simultaneous courts are needed?
What age and competition levels use the facility?
How quickly must courts convert between activities?
Review flatness, moisture, drainage, joints and existing conditions before choosing the surface.
Indoor slab or outdoor hard court?
Are moisture or level issues present?
Does the base need repair before surfacing?
Select a surface around grip, cushioning, ball response, cleaning, portability and outdoor exposure.
Permanent, modular or roll-out?
What performance level is required?
How will the floor be cleaned and repaired?
Resolve post system, net, antennae, protection and referee stand before the floor plan is frozen.
Fixed sockets or portable bases?
Where are post loads or anchors resolved?
Where will equipment store between sessions?
Keep lighting, ductwork, structure, scoreboards and other overhead elements clear of the playing volume.
What is the lowest overhead obstruction?
Do luminaires sit in problematic sightlines?
Are retractable systems required?
Coordinate light levels, glare, fixture position and backgrounds around high-ball play.
Training or competition use?
Are dark backgrounds or windows affecting visibility?
Can lighting support multiple courts evenly?
Allow simultaneous courts to operate without ball crossover, blocked run-off or unsafe circulation.
How many side-by-side courts?
Are retractable dividers needed?
Where are aisles and exits?
Coordinate benches, scorer table, officials, circulation and spectators outside the free zone.
Where do teams wait?
Is formal scoring required?
How do spectators enter without crossing play?
Provide safe storage for posts, nets, padding, referee equipment and shared-sport hardware.
What equipment is removed daily?
Can heavy components move without crossing active courts?
Who owns setup and inspection?
Where volleyball is outside, coordinate drainage, wind exposure, UV, lighting and weather protection with the surface and equipment.
Is the court fully outdoor or covered?
What wind and rain exposure applies?
Does the project need shade or a future enclosure?
Bring court count, clearances, floor, posts, lighting, dividers, storage and local responsibilities into one brief.
Are court and clear-space dimensions confirmed?
Is the intended FIVB or local level clear?
What installation and approvals remain local?
SPORT + TOOLS
Use the planning tools when you are ready to translate the Academy modules into dimensions, comparisons and a structured project brief.
Move into Apollo's global volleyball supply pathway across flooring, lighting, halls, seating and project-specific court equipment.
Open tool 02Review court, free-zone, height and venue planning requirements.
Open tool 03Compare indoor, outdoor and shared-use surface pathways.
Open tool 04Build the complete volleyball facility review package.
Open toolSPORT + KNOWLEDGE
Continue learning
Use the Multi-Sport Court Academy to coordinate line hierarchy, removable equipment, storage, lighting and other sports around the volleyball layout.
Open Multi-Sport Court Academy