Fundamental techniques for racket sports, track and field, and gymnastics maneuvers. Develops physical literacy through martial arts disciplines and self-defense strategies.
Students engage in specific task-based grappling games, such as 'King of the Hill' or 'Escape the Mount.' They start in a specific position with a clear goal (e.g., hold the position for 10 seconds or escape). This allows for full-effort practice with limited variables for safety.
Students explore how to reverse a position from the bottom using bridges and rolls. They apply the concept of 'trapping' a post (arm or leg) to flip a partner over. This lesson highlights the use of leverage over strength.
This lesson introduces standard grappling positions: Mount, Side Control, and Guard. Students learn the hierarchy of these positions based on mobility and safety. Solo drills on the mats help students understand hip movement (shrimping/bridging) required for ground movement.
Students learn how to safely close the distance and establish a clinch position to control an opponent's upper body. They practice 'sprawling' to defend against leg tackles, focusing on driving hips down and legs back. The lesson emphasizes control over aggression.
Students investigate the concept of 'base' through push-pull games, learning how stance width and knee bend affect stability. They practice recovering their balance when disrupted by a partner. The lesson establishes the rules of safe contact and tapping out.
A high-energy culmination of the unit where students combine stances, footwork, and breath in reaction-based drills and agility circuits to improve motor recall.
This lesson integrates isometric exercises and kiai breathing techniques to tighten the core during exertion, synchronizing breath with muscular contraction for stability.
Students learn the mechanics of dispersing impact when falling (Ukemi), focusing on tucking the chin, rounding the back, and using 'slaps' to absorb shock safely.
Focusing on the 'slide-step' and pivot, students practice moving without crossing their feet to maintain readiness and manage distance from potential threats.
Students explore stability and center of gravity by mastering three fundamental stances: neutral, defensive, and horse stance, learning how a wide base and low center prevent being knocked off balance.
Covers the science of recovery and program design, culminating in students creating a sustainable weekly training protocol.
Explores the mechanics of grip and isometric tension, vital for grappling and weapon retention in martial arts.
Simulates the high-intensity energy demands of combat through HIIT, focusing on anaerobic capacity and rapid recovery.
Focuses on the core's role as a power transmitter, teaching students how to generate rotational force and maintain spinal stability.
Students explore the science of mobility, learning dynamic routines to prepare the body for the high-impact demands of striking and grappling.
The final stage covers escaping dominant positions like mount and side control. Students practice 'bridging' and 'shrimping' to reclaim space and neutralize an opponent's weight advantage.
Students learn how to manage distance from the ground using the 'guard' position and execute a technical stand-up to return to their feet safely while under pressure.
Focuses on defending against body locks and bear hugs. Students learn to lower their center of gravity to create a stable base and use 'frames' to prevent being squeezed or lifted.
An exploration of grip mechanics and leverage. Students learn to identify the weak points in wrist and collar grips, using rotation and body weight to break holds without relying on superior strength.
Students master the art of falling safely to prevent injury. This foundational lesson covers the physics of energy dispersion through backward, side, and forward breakfalls, along with the crucial 'chin tuck' technique.
A high-energy 60-minute tumbling lesson focused on intermediate to advanced floor skills including walkovers, handsprings, and aerials. Includes a comprehensive coach guide, visual drills, and a student progress tracker.
Students perform their final floor routines for small groups. Assessments are based on the inclusion of required elements, the fluidity of connections, and overall control, rather than high-level difficulty.
This lesson focuses on extension, toe point, and posture. Students practice their routines with a focus on aesthetic presentation and body control, preparing for the final showcase.
Working in pairs, students teach their draft sequences to a partner to test for feasibility and flow. Partners provide feedback on 'dead space' in the routine and suggest creative modifications for transitions.
Students receive the parameters for their final project, including required elements (inversion, balance, rotation). They begin storyboarding their routine, mapping out floor coverage and selecting music or rhythmic cadence to guide their pacing.
Students learn how to connect static skills (like balances) with dynamic skills (like rolls) using transitional movements such as chasse, pivot turns, and leaps. The focus is on eliminating pauses to create a continuous stream of movement.
Using tablets, students record their tumbling skills and use slow-motion playback to identify deviations from ideal biomechanical models. They set specific goals for correction based on their findings.
Students practice various landings from different heights and skills, analyzing the physics of impulse. They learn how increasing the time of impact reduces force on joints to prevent injury.
Students learn the hand-hand-foot-foot rhythm of the cartwheel, focusing on the lever action of the legs and the lateral movement plane. They use momentum to return to a standing position safely.
Focusing on tucked shapes, students practice forward and backward rolls to understand how reducing the radius of rotation increases speed. Peer observation focuses on spinal alignment and chin tucking.
Students explore static balance by manipulating their center of gravity in relation to their base of support through tripods, headstands, and handstand progressions. They analyze how body alignment affects stability using biomechanical principles.
A culminating station-based challenge where students demonstrate their mastery of balance and vaulting skills. The circuit requires adaptability, endurance, and technical precision in a 'Ninja Warrior' style flow.
Students advance to interacting with the vault box, focusing on the 'block'—an explosive push-off from the shoulders. The lesson emphasizes body tension and the flight phase of basic vaulting progressions.
The summative performance where students showcase their routines and reflect on their growth throughout the unit.
This lesson isolates the approach phase of vaulting, teaching students how to convert horizontal running speed into vertical lift. Students practice hurdle steps and two-foot takeoffs using springboards.
Assessment tools for mastering basketball fundamentals including shooting, dribbling, and defensive positioning.
A foundational lesson covering tennis rules, scoring, strokes, and court positioning, designed to prepare students for gameplay and officiating.
Students participate in modified gameplay, applying all learned tactics and reflecting on shot selection.
Students learn doubles strategies like side-by-side and front-back positioning with an emphasis on verbal communication.
This lesson focuses on volleys and drop shots near the net, teaching students when to attack and how to use touch control.
Learners analyze the court to identify undefended areas and practice hitting 'away' from the opponent to force movement.
Students practice specific footwork techniques including the split-step and side-shuffle, focusing on returning to 'home base' after every shot.
The sequence concludes with advanced doubles tactics, contrasting the front-back formation often used in badminton attacks with the side-by-side wall of pickleball. Students practice communicating switches and coverage areas in live play.
Students analyze the 'no-man's land' in both sports, learning how to move safely from the baseline to the net. The lesson breaks down approach shots and the specific footwork needed to close the gap without being lobbed or passed.
This lesson focuses on defensive transitions, specifically the split step required right before an opponent contacts the ball. Drills cover digging smashes in badminton and resetting hard volleys in pickleball.
Transitioning to the lower net, students master the 'soft game' essential to pickleball. They practice patience and touch at the Non-Volley Zone (Kitchen), learning to neutralize hard hitters with low, unattackable shots.
Students learn the logistics of tournament organization, including seeding, bracket structures, and administrative duties for running a successful competition.
A comparative study of spatial dynamics between singles and doubles play, focusing on court coverage, partner communication, and net-play strategies.
Students study official rulebooks and the Code of Conduct, participating in officiating simulations to manage line calls, scoring disputes, and player ethics.
An exploration of serving tactics, including placement and spin, paired with return strategies that account for match score and opponent weaknesses.
Students analyze the mathematical and spatial aspects of court play, focusing on percentage tennis, angular geometry, and efficient recovery paths to maximize winning probabilities.
Students explore the deceptive similarities between the clear and the drop shot in badminton, focusing on wrist snap, disguise, and aggressive court positioning.
A student-organized class-wide tournament applying technical and tactical skills. Participants rotate roles between player, line judge, and scorekeeper, culminating in a debrief on performance and mindset.
Review of official rules and scoring nuances. Students simulate contentious scenarios to practice conflict resolution and professional self-officiating, emphasizing integrity and sportsmanship.
Students learn to identify opponent weaknesses and construct points to exploit them. Covers defensive strategies like lobs and drop shots to break rhythm and recover from losing positions.
Fine-tuning starts, speed endurance intervals, and preparing for competition-style sprinting.
Training upright sprinting mechanics, stride frequency through wicket drills, and maximum velocity maintenance.
Introducing the drive phase, explosive wall drills, and higher-intensity plyometrics to build raw power.
Focus on establishing proper sprint posture, rhythmic drills (A-skips), and basic core strength to prevent injury.
A culminating simulated track meet where students apply their technical skills as both athletes and officials, managing measurement and safety.
Introduces discus grip and rotational mechanics, teaching students how to harness centrifugal force for maximum distance and flight stability.
Focuses on the shot put 'power position' and glide technique, highlighting safety and the use of the lower body to generate explosive force.
An exploration of the hop-step-jump sequence, emphasizing the rhythmic coordination and maintenance of momentum across all three phases.
Students master the three phases of the long jump: the approach, the penultimate step, and the takeoff, focusing on runway consistency and vertical lift.
A culminating simulation where students apply their technical knowledge to organize and officiate a full-scale field event competition.
Covers the biomechanics of the Fosbury Flop and the high jump J-curve, emphasizing safety, risk management, and bar clearance rules.
Explores the precision required for horizontal jumps, focusing on stride consistency, board accuracy, and the technical phases of the long and triple jump.
A culminating project where students use video evidence to identify biomechanical flaws and design a personalized 1-week training protocol.
Focuses on the rotational mechanics of the discus and the aerodynamic principles of flight, alongside officiating protocols for sector fouls.
Analyzes the geometry and timing of the 4x100m relay exchange. Teams calculate acceleration zones to maintain maximum baton velocity.
Students master the shot put through the lens of kinetic linking and the power position, while also learning the specific rules for legal throws and measurement.
Investigates aerobic and anaerobic energy systems. Students learn pacing strategies and physiological self-monitoring through interval training.
Explores the relationship between stride length and frequency. Students use timing gates to find their biomechanical 'sweet spot' for maximum velocity.
Focuses on the physics of overcoming inertia and the drive phase of sprinting. Students analyze body angles and force application during the first 20 meters.
The culmination of the unit where students use video analysis to critique form and compete in a field event showcase, adhering to official competition rules.
