This resource was created to demonstrate how Spikeball can be meaningfully integrated into Physical and Health Education and to model how teachers can deliver a structured, research-informed Spikeball lesson that strengthens students’ movement literacy, tactical awareness, and independence as learners. Although Spikeball is often viewed as a casual recreational game, it contains a rich blend of biomechanical, perceptual, and tactical elements that make it highly valuable in a school PE setting. The goal of this resource is to translate those elements into developmentally appropriate teaching strategies that teachers can readily adapt to their own classrooms.
This project grew out of a peer-learning workshop in which I (Zuzana), in consultation with Dr. Hopper, modelled how Spikeball can be taught using multiple instructional approaches from the Spectrum of Teaching Styles, including, Divergent, Convergent, Self-Check, Reciprocal, Inclusion, and Student-Led Station Teaching (Mosston & Ashworth, 2008).The essence of this approach is that effective PE instruction is rooted in continuous decision-making, before, during, and after activity. By designing tasks that shift more of these decisions to students, teachers foster ownership, autonomy, and deeper learning.
According to Hopper & Rhoades (2023), the Play-Practice-Play model begins, after a suitable warm-up, with a modified game that targets an “I can play points” learning focus and emphasizes a tactical idea linked to broader categories such as “I can rally,” “I can start a point,” and “I can play net.” Students rotate through opponents, score points, and engage in socially meaningful play. The aim is to create fun through challenge, variability, and interaction (Tennis Canada, 2015).
Each game is intentionally designed to emphasize a tactical concept, for example, “move the opponent around” using constraints such as target zones. These games then lead naturally into focused skill work, such as developing a more controlled set-up touch to improve accuracy and force production.
In relation to Spikeball, this means beginning with a modified game that simplifies the skill demands so students can experience the core tactical problems right away. For example, we first used a catch-and-throw version of Spikeball, which allowed students to stabilize the ball, control spacing, and understand the flow of play without the added challenge of striking. Once students were comfortable, we removed the catch, creating productive struggle and surfacing key tactical needs, such as setting the ball higher, preparing early, or adjusting footwork around the net. During this phase, we used divergent-style questions to prompt students to explore solutions (“How can you give your partner more time?” “What angle helps you control the rebound?”). These discoveries then informed the practice phase, where students worked on specific cues that directly addressed the problems they encountered. Finally, students returned to gameplay, applying their improved skills and tactical understanding with greater confidence and coordination.
The video below demonstrates the first phase of the play-practice-play model. It provides a visual analysis of what was written above.
From a movement-science perspective (Hopper & Rhoades, 2023), Spikeball gives students repeated opportunities to explore force absorption, force transfer, body positioning, and spatial decision-making in a dynamic 360-degree environment. Because play occurs around a central net, students must constantly reposition, developing agility, footwork, and spatial awareness. For additional information, go to biomechanics page where I wrote an analysis on Spikeball through a biomechanical lens.
The striking action reinforces biomechanical principles such as sequencing, creating a stable base of support, orienting the hitting surface, and generating controlled force. Continuous rallies encourage students to problem-solve, communicate, anticipate ball trajectories, and modulate force based on distance, angle, and partner positioning. These experiences build movement competence in a way that feels playful and student-driven.
Another purpose of this resource is to highlight how Spikeball fits naturally within a broader Net/Wall Games progression (Hopper, 2024). Skills such as reading ball flight, preparing early, adjusting the body to incoming force, orienting the hitting surface, communicating with a partner, and controlling force output transfer directly to games like pickleball, tennis, and volleyball.
Spikeball serves as a low-pressure entry point where students can build confidence through modified games, move into targeted skills practice, and then cycle back into full play, mirroring the PPP model. Its small-sided format maximizes touches, decision-making opportunities, and inclusive participation, ensuring that all students, not only highly skilled players, receive meaningful practice.
Below is a video showing how teams started to read the play like anticipating the ball, adjusting their positioning, and responding to the flow of the game.
Mosston & Ashworth’s Teaching Styles in Action
Guided Discovery:
To start the workshop, students were placed into three teams and competed in pairs against pairs from the other teams. Initially, the pairs played simply to figure out the rules through experience and by co-operatively scoring points. Then, once students had a feel for the flow of the game, they were given guiding questions such as “Where should you move when your partner is receiving the ball?” and “How can you create more time for your partner?” to help them notice patterns and come to their own conclusions about effective positioning, spacing, and teamwork. This allowed students to discover key tactical ideas naturally through play rather than through direct instruction.
Inclusion Style:
Used within the stations to allow students to select entry levels based on perceived competence. This supports differentiation, learner autonomy, and expanded participation.
Reciprocal Style:
Designed into partner activities where learners provide structured feedback using checklists and biomechanical cues. This builds communication, responsibility, and deeper understanding of skill components.
Self-Check Style:
Integrated into individual drills where students monitor their own performance against clear criteria. This fosters reflection, self-regulation, and accuracy of movement.
Student led station teaching:
Implemented by having a student remain at a station they have just completed and teach the incoming group the skill focus, safety reminders, and success criteria. This shifts instructional responsibility from teacher to learners, promotes peer-to-peer knowledge transfer, and strengthens leadership, communication, and ownership of learning.
By integrating these styles, teachers can choose the level of autonomy, structure, and feedback that best suits their students, allowing Spikeball to be taught in a way that is both purposeful and flexible.
TACTICAL FRAMEWORK (SPACE, TIME, RISK, FORCE)
Tactical cues are woven throughout the workshop to support game intelligence.
SPACE: Adjusting position around the net to open or close angles.
TIME: Speed of contact, tempo of transitions, and reading opponents’ movement.
RISK: Shot selection, pressure, and choosing high- vs. low-risk contacts.
FORCE: Power vs. control, absorbing force on the pass, applying force on spikes.
Quote below from Hopper (2024, p.2-3)
"Tactical component of time refers to either creating time to set-up and execute a shot effectively within the game or taking away the opponent’s time. Most instructional practices for novice players in net/wall games involves adapting equipment or rules to help players create time to execute a selected stroke. As players become more advanced the converse of this is to play to take away opponent’s time by hitting the ball earlier in the ball flight. Space refers to defending the area, the court space, when the opponent is playing a shot to return the ball back into play. Conversely when sending the ball into the opponent’s court, space refers to where to send it to make it difficult or not possible for the opponent to return the ball. Space in essence refers to the target area for a stroke, often to open spaces to the sides, front or back of the opponent, to make them move, but also at the opponent when they have limited time to respond or to their weaker stroke. Force refers to the ability of the player to apply force onto a ball to send it back into play. The force is generated by the player’s movement and body actions to generate racquet, paddle or hand momentum on the ball. Force affects the ball’s direction, depth, spin, and speed and relates to the degree of controlled power generated on the ball in relation to target area in the opponent’s court. Risk refers to paying attention to the dynamics of gameplay based on the score situation in the game and the opponent’s abilities. During a point in a game, you must decide what type of risk you want to take on to challenge the opponent. Risk can be divided into three categories of (1) defend the court to counter an opponent's attacking play, (2) attacking the opponent’s court when a weaker shot is played or an attacking opportunity is presented by effective anticipation, and (3) neutralizing an opponent’s play by counteracting their attack or maintaining a neutral position to reduce losing the point. Another risk factor is doing the unexpected to disrupt an opponent."
Summary
Ultimately, the purpose of this resource is to provide teachers with a clear, adaptable, and practical approach to teaching Spikeball in schools. It integrates biomechanics, pedagogical strategy, and curriculum-aligned skill development to help educators design lessons that are engaging, inclusive, and grounded in best practice. By using this resource, teachers can support students in developing competence, confidence, and autonomy, skills that carry forward into volleyball, pickleball, tennis, and the broader Net/Wall Games unit.