How to train like a Laker
By Paul Read
The feats of players such as basketball legend Kobe Bryant are undoubtedly impressive; none more so than an emphatic slam dunk with your team mates as the opposition look on in awe! They also seem to tirelessly back-track, man-mark and change direction in a flash. So the question is, How do they stay ahead of the game? What's needed to develop the physical qualities to push your playing to the next level? Let's find out...
Basketball involves repeated sharp bursts of intense activity such as sprinting, abrupt stops, fast changes in direction, acceleration, shuffling and jumping separated by brief periods of low-intensity activity in the form of walking and jogging.
Ringing the changes
According to research, players change from one movement to another every 2 seconds , clearly demonstrating the need for high levels of agility. In addition, high-intensity movements (sprinting, jumping, etc) are performed on average every 21 seconds during actual play, with only 5% of sprints lasting more than 4 seconds .
Total distances covered of 7,558 metres have been reported during games, with up to 22% involving sideways movement . Although distance covered is important, it is the amount of high-intensity work that differentiates between good and bad performance. As such, basketball should be considered a game of repeated high-intensity activities interspersed with periods of low-intensity recovery. This has important implications for training, where the emphasis should be placed upon developing strength, power, speed and agility.
Getting the edge
The relationship between athleticism and playing time has been measured. While players in the same position may share similar playing skills, it was those who displayed the greatest athletic ability (based on fitness testing results) that accumulated more playing time . Below are some of the key components of successful basketball players, i.e., the qualities that differentiate between good and excellent performance.
1. Strength and power
High levels of strength will reduce injury risk and allow players to perform more powerful rebounds, including an enhancement to jumping height (Figure 1). Vertical jump scores in elite players range from 6070cm and are significantly higher than average players. Interestingly, the ability to squat heavy correlates with increases in vertical jump height and sprinting speed, both fundamental abilities in basketball; it is also a good predictor of playing time .
- Strategy: As well as squatting (Figure 2), weightlifting movements (Clean, Snatch and their derivatives) and plyometrics should be included as they have been used effectively to enhance jump and sprint performance.
Figure 1. The Guildford Heat in action. Key game demands for basketball are: repeated and sudden sprints, jumps of 6070cm and sideways movement/direction changes.
Figure 2. The bottom of a squat.
For increases in vertical jump, aim to perform the following:
*Take 4s to lower into the squat position, no pause at the bottom, and drive up out of the squat as explosively as possible with no rest in between reps.
Agility is defined as 'the ability to change direction rapidly without losing balance, using a combination of strength, power and co-ordination'. More recently it has been suggested that agility is further enhanced by perception and decision-making skills.
- Strategy: Agility training should therefore progress from developing optimal movement skill in a closed environment free of external stimulus, to developing sport-specific agility in a more open environment. For a suggested progression of drills, see Table 1.
|Training focus||Example drills|
|Forwards, sideways, backward movements|
|As above but combining movements together, eg, sprint forwards 5 yards, side-shuffle 5 yards and then turn and sprint 5 yards|
|Mirror games with a partner (eg, follow the leader and tag)|
|Follow-the-leader training suggestion:|
|Sets||Reps||Work-to-rest ratio||Rest between sets||Tempo / Speed|
|35||35 (4s work bouts)||1:5/6||180s||Max|
Table 1. Suggested progression for agility training 
3. Energy systems
Many questions have been raised in an attempt to classify basketball as an aerobic (requiring a good cardiovascular system ) or anaerobic sport (requiring a good neuromuscular system). The majority of the research suggests a reliance on the anaerobic system, with the aerobic system a secondary energy source. As such, average VO2 max values (maximal oxygen uptake) for elite players display lower results than those of endurance athletes. Additionally, it has been shown that long slow continuous running leads to reductions in performance in explosive sports, particularly strength and power .
- Strategy: Thus the training approach here should focus on developing sprinting abilities and the use of high-intensity interval approaches such as Tabatta protocols (20s work with 10s active recovery Table 2). However, based on the data above, workto-rest ratios may need to be reversed.
|Work-to-rest ratio||Total workout duration||Sample exercises|
|5s work: 20s active recovery||Repeat designated work-to-rest ratio for 4 minutes||Change-of-direction sprints
Table 2. Tabatta protocol suggestions
In the NBA the overall game injury rate has been reported as 19.3 per 1000 athlete exposures, with ankle ligament sprains occurring most frequently (26%). Typical causes of injury include landing inappropriately followed by rapid deceleration.
- Strategy: To best head off these potential problems, exercises such as box jumps and drop lands focusing on appropriate landing technique should be included to reduce injury risk (Figure 3).
Left to right: start position; side view of landing; landing front view.
Aim to perform 35 sets of 35 reps.
Technique: land on forefoot maintaining a slight gap underneath your heels (credit- card swipe) with shoulders over knees in line with toes.
Figure 3. Drop lands
Following these simple steps will undoubtedly enhance your ability, and that of your team, to jump higher, sprint faster and take your game to the next level.
Remember...focus training for strength, power and speed in a multi-directional environment and just see what you can achieve!
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2. Miller S, Bartlett R. The relationship between basketball shooting kinematics, distance and playing position. J Sports Sci, 1996, 14, 243253.
3. Abdelkrim B, Castagna C, Jabri I et al. Activity profile and physiological requirements of junior elite basketball players in relation to aerobic and anaerobic fitness. J Strength Cond Research, 2010, 2, 230232.
4. Hoffman J, Tennenbaum CM, Maeresh CM, Kraemer WJ. Relationship between athletic performance tests and playing time in elite college basketball players. J Strength Cond Research, 1996, 10, 6771.
5. Hoffman J, Fry AC, Howard R et al. Strength, speed and endurance changes during the course of a division 1 basketball season. J Strength Cond Research, 1991, 5, 144149.
6. Turner AN. Defining, developing and measuring agility. Strength Cond J, 2011, 22, 2628.
7. Elliott M, Wagner P, Chiu L. Power athletes and distance training: physiological and biomechanical rationale for change. J Sports Medicine, 2007, 37, 4757.
Paul Read is a lecturer in Strength and Conditioning at Gloucester University, UK.
Please contact Paul with your comments and queries:
Other articles from this issue of Performance
Plyometrics: JUMP further, RUN faster...AND save energy?
Hop, skip and jump for a stronger ankle
1...2...3 Nutrition Tips - For the best all-round results
Perfecting the squat
Running shoes: the REAL science
Disability allowance? Keeping tabs on technology...
Interview with Laurence Halsted, GB Fencer & Rhys Ingram, Strength and Conditioning Coach: English Institute of Sport