When training to improve agility and change of direction, most people think about different on-field or on-court running and cutting drills, often utilizing different lines or cones for things like the 5-10-5 drill or the pro agility. Cones set up in a square or different shape are often used with athletes performing specific running patterns through and around the cones. These would all be considered predetermined or closed change of direction drills. However, if you are using these drills or incorporating reactive agility drills, one factor that is often overlooked is the role of deceleration in that movement.
Deceleration is defined as a reduction in speed or the rate of decreasing velocity. Moreover, we know that being able to accelerate out of a cut or change of direction is extremely important. Hence, being able to decelerate quickly going into that cut is equally important. The higher the rate of deceleration and the faster the athlete can decelerate under control, the quicker that change of direction will be. With that, the ability to decelerate quickly under control depends largely on one thing, eccentric strength. Having the physical strength to quickly decelerate and absorb force is the basis of agility and change of direction.
Eccentric Strength and Deceleration
There are two different ways that we for train for improving eccentric strength and deceleration. One is through the use of jumping and landing. The other is in the weight room by emphasizing the eccentric phase of lower body weight training movements. From there we progress to isometric pauses in those same exercises.
Deceleration Drills – Bounds, Jumps, and Landing
Below are some of the body weight jumping and landing drills that we incorporate, starting with Level 1 for beginning athletes and progressing from there to more advanced movements. The emphasis is always on soft landings and landing well by decelerating under control and absorbing the landing force. Most importantly, the drills basically progress from single jumps landing on both feet to more intense single leg, multiple jumps with a change in direction or height.
Jumps & Landings – Level 1
- Vertical Jump – singles, land on both feet
- Broad/Long Jump – singles, land on both feet
- Box jump (up) – singles, land on both feet
- Box step off (down) – singles, land on both feet
- Lateral Jump – singles, land on both feet
- Drop Squat – land on both feet
Jumps & Landings – Level 2
- Vertical Jump – singles, land on one foot
- Vertical Jumps – multiples, land on both feet
- 90° Turn Vertical Jump – singles, both feet
- Broad/Long Jump – singles, land on one foot
- Broad/Long Jumps – multiples, land on both feet
- Box step off to Vertical Jump – singles, land on both feet
- Lateral Jump – singles, land on one foot
- Lateral Jumps – multiples same direction, land on both feet
- Drop Squat – land on one foot
- Drop Lunge
- Forward Jump over Barrier – singles, land on both feet
Jumps & Landings – Level 3
- Vertical Jump (90° turn) – singles, one foot
- Vertical Jumps (90° turn) – multiples, both feet
- Broad/Long Jumps – multiples, land on one foot
- Box step off to Single Leg Vertical Jump – singles, land on one foot
- Lateral Jumps – multiples same direction, land on one foot
- Lateral Jumps – multiples different directions, land on both feet
- Forward Jumps over Barrier – multiples, land on both feet
- Singles Forward Jump over Barrier – singles, land on one foot
- Forward Jump over Barrier – multiples, land on one foot
Again, the emphasis on these deceleration drills is on the landing aspect just as much as the jumping itself. Furthermore, the possibilities are endless when it comes to creating new ones, but that landing emphasis and having the patience to focus on that must always be there. These are a couple of the coaching cues that I use all the time with all of these types of deceleration drills.
Jumping & Landing Coaching Cues
- “Load & Explode”
- “Soft landings”
- “Stick the landing”
When it comes to strength training for deceleration, we start with focusing on the eccentric phase of the exercise. With this approach, the athlete lowers the weight very slowly and under control for a specified length of time. Once the bottom of the range of motion is hit, fast concentric contractions take place. Secondly, lowering slowly increases the time under tension in the muscle while focusing on the same type of contraction used when decelerating to make a cut to change direction. Finally, following that with a fast concentric contraction helps to train the re-acceleration coming out of the cut.
Our eccentric training block in the weight room ranges from 2-4 weeks, depending on the length of the entire training cycle. Below are the ranges we use for the various training factors:
- Eccentric time:4-8 seconds
- Percentage of 1RM:65-85%
- Reps:2-6 reps
- Sets:3-5 sets
Basically, the lighter the weight, the longer the eccentric time. The heavier the weight, the shorter the eccentric time, the lower the reps and sets.
Following the eccentric block is our isometric block. Once we have worked on developing eccentric strength, we focus on decelerating very quickly, slamming on the breaks, and pausing at the bottom of the range of motion. From there, it is again followed with a fast concentric contraction after holding the pause for a prescribed length of time. By utilizing pauses in this manner we are training rapid deceleration and force absorption, followed by rapid re-acceleration from a dead standstill. Both of these things are critical for improving agility and change of direction.
Our isometric training block lasts 2-3 weeks. Below are ranges that we utilize for this method:
- Isometric Pause time:3-6 seconds
- Percentage of 1RM:65-80%
- Reps:3-6 reps
- Sets:3-5 sets
As with our eccentric block, the isometric training yields longer pauses with lighter weight. In comparison, our pauses get shorter as the weight increases.
Lastly, we finish with fast, full-speed training. We have gotten some great results by focusing on these two different training blocks combined with fast concentric contractions. It’s very easy to do, can be incorporated into your weight training programs very easily and can be used for athletes of all ages. Once you have these strength aspects developed, you will quickly see the agility and the ability of your athletes to change direction improve dramatically.