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100+ Free NESTA SAQ Practice Questions

Pass your NESTA Certified Speed, Agility & Quickness Specialist exam on the first try — instant access, no signup required.

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2026 Statistics

Key Facts: NESTA SAQ Exam

100

Practice Questions

OpenExamPrep

100

Questions on Final Exam

NESTA

70%

Passing Score

NESTA

3

Exam Attempts Included

NESTA

$379

Certification Cost

NESTA

None

Prerequisites (Open Enrollment)

NESTA

The NESTA Certified Speed, Agility & Quickness (SAQ) Specialist is a professional fitness credential focused on training athletes to move faster, change direction more efficiently, and react more quickly. The final exam is 100 multiple-choice questions, taken non-proctored online with instant results, requiring 70% to pass, with up to 3 attempts included. Enrollment is open with no prerequisites, and the certification is offered for about $379. Core content spans SAQ program design, exercise science and biomechanics of acceleration, deceleration, and change of direction, functional movement assessment, energy systems and specificity, safety and dynamic warm-up, speed and sprint mechanics, agility and quickness drills, indoor versus outdoor programming, special populations, sport-specific application, and one-on-one versus group delivery. This free prep includes 100 research-based practice questions with explanations and an AI tutor.

Sample NESTA SAQ Practice Questions

Try these sample questions to test your NESTA SAQ exam readiness. Each question includes a detailed explanation. Start the interactive quiz above for the full 100+ question experience with AI tutoring.

1How is 'speed' best defined in the SAQ framework?
A.The ability to change direction quickly under control
B.The reaction time to an unexpected stimulus
C.The ability to move the body in one intended direction as fast as possible
D.The ability to maintain posture during movement
Explanation: In the SAQ model, speed is the ability to move the body in one intended direction as fast as possible — essentially straight-line velocity. It is distinct from agility (changing direction) and quickness (reaction).
2Which definition best describes 'agility' in a SAQ context?
A.Maximal straight-line running velocity
B.The ability to decelerate, change direction, and re-accelerate efficiently
C.The total work performed in a training session
D.The ability to hold an isometric position
Explanation: Agility is the ability to decelerate, change direction, and re-accelerate efficiently while maintaining control and balance. It combines deceleration, body control, and reacceleration rather than pure straight-line speed.
3In the SAQ model, 'quickness' primarily refers to which quality?
A.Endurance over long durations
B.The maximum load an athlete can lift
C.Flexibility of the hip and ankle joints
D.The ability to react and produce a rapid first movement to a stimulus
Explanation: Quickness is the ability to react to a stimulus and initiate a rapid first movement, such as an explosive first step. It emphasizes reaction time and rate of force development over short distances.
4During the acceleration phase of a sprint, the athlete's body position should generally be:
A.Fully upright with a tall torso
B.Leaning forward with a positive shin angle and forward body lean
C.Leaning backward to lengthen the stride
D.Bent sideways toward the lead leg
Explanation: Acceleration requires a forward body lean with a positive shin angle so that ground reaction forces are directed horizontally, propelling the athlete forward. The upright posture comes later, at maximum velocity.
5The stretch-shortening cycle (SSC) improves power output primarily by:
A.Increasing the resting length of the muscle permanently
B.Storing elastic energy during the eccentric phase and releasing it during the concentric phase
C.Eliminating the need for the nervous system
D.Reducing the muscle's ability to produce force
Explanation: The SSC stores elastic energy in the muscle-tendon unit during a rapid eccentric (lengthening) phase and releases it during the immediate concentric (shortening) phase, augmenting force and power. A short amortization phase maximizes this effect.
6Why is deceleration training emphasized for athletes performing change-of-direction tasks?
A.It has no real relevance to injury or performance
B.It only matters for endurance athletes
C.Effective braking allows faster, safer redirection and reduces non-contact injury risk
D.It replaces the need for any strength training
Explanation: Change of direction requires rapidly absorbing force (decelerating) before reaccelerating. Athletes who can brake efficiently change direction faster and reduce eccentric overload on joints, lowering non-contact injury risk.
7A 'pre-planned' or closed-skill agility drill is best characterized by:
A.The athlete responding to an unpredictable external cue
B.A predetermined movement pattern the athlete knows in advance
C.The complete absence of any direction change
D.A drill that can only be performed indoors
Explanation: Closed-skill, pre-planned drills follow a known, predetermined pattern (for example, a set cone course the athlete has memorized). They build movement technique before progressing to reactive, open-skill drills.
8Reactive (open-skill) agility drills are generally introduced AFTER pre-planned drills because:
A.They are easier and require less coordination
B.Reactive drills never transfer to real sport
C.The athlete should master movement mechanics before adding decision-making demands
D.Pre-planned drills are unsafe to perform first
Explanation: Progressing from closed (pre-planned) to open (reactive) drills lets the athlete first groove sound movement mechanics, then layer in perception and decision-making. This sequencing improves both safety and sport transfer.
9Which energy system is the dominant fuel source for a maximal 5-second sprint or agility burst?
A.Oxidative (aerobic) system
B.Long-term lactate shuttle
C.Fat oxidation pathway
D.Phosphagen (ATP-PC) system
Explanation: Maximal efforts lasting roughly up to 10 seconds are fueled primarily by the phosphagen (ATP-PC) system, which provides rapid energy without oxygen. Most SAQ drills target this system, requiring adequate recovery between efforts.
10To train the phosphagen system for speed with high-quality efforts, the work-to-rest ratio should be approximately:
A.1:1
B.5:1 (very short rest)
C.1:5 to 1:20 (long rest relative to work)
D.Continuous with no rest
Explanation: Developing maximal speed and power requires near-complete recovery so each rep is performed at top quality. Work-to-rest ratios around 1:5 to 1:20 allow ATP-PC stores to replenish, preserving sprint mechanics.

About the NESTA SAQ Exam

The NESTA Certified Speed, Agility & Quickness Specialist credential prepares coaches and trainers to design and deliver speed, agility, and quickness programs. The final is a 100-question, non-proctored online exam requiring 70% to pass, with up to 3 attempts and instant results.

Assessment

100-question multiple-choice exam, non-proctored online with instant results, 70% to pass, up to 3 attempts; this practice bank is 100 selected-response items

Time Limit

Untimed (non-proctored online)

Passing Score

70%

Exam Fee

$379 (single payment; 6-month plan also offered) (National Exercise & Sports Trainers Association (NESTA))

NESTA SAQ Exam Content Outline

16%

SAQ Program Design Framework

Progressive SAQ program building, periodization, training variables, work-to-rest ratios, and session structure for individuals and teams

16%

Exercise Science & Biomechanics

Biomechanics of acceleration, deceleration, and change of direction, ground reaction forces, the stretch-shortening cycle, and the kinetic chain

10%

Functional Movement Assessment

Movement screens, posture and gait analysis, identifying asymmetries, and using results to drive SAQ program design

8%

Energy Systems & Movement Specificity

Phosphagen, glycolytic, and oxidative systems, specificity of training, and matching drill duration and rest to the energy pathway

10%

Safety, Warm-Up & Injury Prevention

Movement-prep and dynamic warm-up protocols, surface and footwear considerations, and reducing non-contact injury risk

12%

Speed & Sprint Mechanics

Sprint technique, arm action, ground contact, stride length versus frequency, and acceleration versus maximum-velocity mechanics

16%

Agility & Quickness Drills

Ladder, cone, and reactive drills, equipment versus non-equipment options, and pre-planned versus reactive agility progressions

12%

Programming Environments & Special Populations

Indoor versus outdoor programming, sport-specific and martial-arts application, youth and diverse populations, and one-on-one versus group delivery

How to Pass the NESTA SAQ Exam

What You Need to Know

  • Passing score: 70%
  • Assessment: 100-question multiple-choice exam, non-proctored online with instant results, 70% to pass, up to 3 attempts; this practice bank is 100 selected-response items
  • Time limit: Untimed (non-proctored online)
  • Exam fee: $379 (single payment; 6-month plan also offered)

Keys to Passing

  • Complete 500+ practice questions
  • Score 80%+ consistently before scheduling
  • Focus on highest-weighted sections
  • Use our AI tutor for tough concepts

NESTA SAQ Study Tips from Top Performers

1Prioritize biomechanics and drill instruction — acceleration, deceleration, and change-of-direction mechanics plus ladder, cone, and reactive drills are the bulk of the exam
2Know the difference between speed, agility, and quickness: speed is straight-line velocity, agility is the ability to change direction efficiently, and quickness is reaction and rapid first-step response
3Understand the stretch-shortening cycle and how plyometric and reactive drills use stored elastic energy to improve power
4Distinguish pre-planned (closed-skill) drills from reactive (open-skill) drills, and know why reactive agility better transfers to sport
5Match drills to the dominant energy system — short maximal efforts with full recovery train the ATP-PC system used in most SAQ work
6Complete all 100 practice questions and review every miss with the AI tutor, since the real exam is 100 questions at a 70% pass mark

Frequently Asked Questions

What score do I need to pass the NESTA SAQ exam?

You need 70% to pass the NESTA Speed, Agility & Quickness Specialist exam. It is a 100-question, multiple-choice, non-proctored online exam with instant results, and up to 3 attempts are included.

How many questions are on the NESTA SAQ exam?

The NESTA SAQ final is 100 multiple-choice questions. It is taken online without a proctor, scored instantly, and requires 70% correct to pass. Our free practice bank mirrors that with 100 questions across every content area.

Do I need prerequisites for the NESTA SAQ certification?

No. The NESTA SAQ certification is open enrollment with no formal prerequisite or prior certification required. You purchase the certification (about $379), which includes the course materials and the online final exam.

What topics does the NESTA SAQ exam cover?

It covers SAQ program design, exercise science and biomechanics of acceleration, deceleration, and change of direction, functional movement assessment, energy systems and specificity, safety and dynamic warm-up, speed and sprint mechanics, agility and quickness drills, indoor versus outdoor programming, special populations, and sport-specific application.

How many attempts do I get on the NESTA SAQ exam?

Up to 3 exam attempts are included with the certification. If you need additional attempts beyond that, NESTA charges a $95 retest fee. Because the exam is non-proctored online, you receive your results instantly.

Is this free NESTA SAQ practice test comprehensive?

Yes. It includes 100 research-based practice questions across all content domains with a teaching explanation for every answer, plus free daily AI tutor interactions. All content is free forever and updated for 2026.