Mace 360 — Heavier Implement: A Complete Guide
Quick Intro
Mace 360 — Heavier Implement is a shoulder mobility and strength drill performed by executing the full mace 360 circle, swinging the mace over one shoulder, behind the head and around to the opposite shoulder, using a heavier mace, typically 6-8kg or more, than the standard introductory load. The added weight substantially increases the strength and stability demand through the same mobility arc the lighter version already trains.
Equipment Needed
A Persian mace, also called a gada, of roughly 6 to 8 kilograms or more.
Why It Matters
This is a full overhead circle now carrying substantially more mass than the standard version. Because the catch behind the head is already the most demanding point of the circle at a light load, adding weight punishes any looseness there far more severely, turning a mobility-focused pattern into a strength and stability test at the same time. It works well as the natural next step once the standard-weight 360 is smooth and fully controlled through the entire arc.
When to Do It
Place this early in a session, once the shoulders are thoroughly warm, as preparation for any activity that loads the shoulder through a full overhead arc under resistance. It also works well as a standalone strength-and-mobility drill for anyone who has already mastered the standard-weight circle. Anyone with a diagnosed shoulder condition should get clearance from a doctor or physical therapist before circling a heavier weighted implement through a full overhead arc.
Getting Ready
Holding the heavier mace close to the ball-end with both hands, arms extended in front, for a moment first settles the added load before the first circle. Trying one slow, deliberate arc is a reasonable way to gauge how the extra mass feels through the behind-the-head catch that day.
Step-by-Step Instructions
- Hold the heavier mace close to the ball-end, arms extended in front.
- Swing the mace over one shoulder.
- Let it arc behind the head, bracing the core hard.
- Continue around to the opposite shoulder, completing the full circle.
- Catch it back in front, for 5-6 reps per direction.
How Many, How Often
| Level | Reps (per direction) |
|---|---|
| Beginner | 5 |
| Intermediate | 5-6 |
| Advanced | 6 |
Bracing the core hard through the swing matters more here than how many reps get completed. A heavier implement pulls much harder on the low back if it isn’t stabilized, and that bracing is what keeps the added load from becoming a spinal compensation instead of a shoulder and thoracic demand.
Modifications and Variations
Easier: Mace 360. Returning to the standard-weight mace for the same full circle removes the extra strength and stability demand this heavier load adds, a sensible regression on days when the shoulder or core isn’t ready for the added resistance.
Common Mistakes to Avoid
Progressing to this load before the standard 360 is fully controlled. Adding weight before the lighter circle is smooth through the entire arc means the extra mass punishes any looseness in the catch behind the head far more severely than it would at the standard load. Full mastery of the lighter version first is what makes this progression safe.
Letting the core relax through the swing. A heavier implement pulls much harder on the low back if the core isn’t actively bracing throughout, turning what should be a shoulder and thoracic demand into a spinal compensation. Hard core bracing through the entire circle is essential at this load.
Rushing the catch behind the head. Moving through the most demanding section of the circle quickly at a heavier load raises the odds of losing control right where the implement’s momentum is hardest to manage. A deliberate, unhurried pace through that section matters even more here than at the lighter weight.
After Your Set
A few gentle shoulder rolls and a brief overhead shoulder stretch are a reasonable way to close out a set that just asked the shoulders and core to control added mass through a full overhead circle.
Going Deeper
The marker of progress here isn’t how many reps get completed at this heavier load, it’s whether the core brace holds steady and the mace stays close to the body through the entire arc, especially the catch behind the head. Once that control holds consistently across a full set in both directions, a further load increase becomes a reasonable way to keep progressing. Adding weight again before that control is established usually just means the low back is absorbing strain the core brace should be preventing.
How to Know You’re Improving
- The core brace holds steady through the entire circle at this heavier load.
- The catch behind the head feels controlled rather than rushed.
- The mace stays close to the body throughout the arc despite the added weight.
- Clockwise and counter-clockwise circles feel equally under control at this load.
- A further load increase starts to feel like a reasonable next step.
Muscles Worked
- Anterior Deltoid (the front of the shoulder cap, working harder as a heavier mace clears the shoulder)
- Posterior Deltoid (the back of the shoulder cap, controlling a heavier arc behind the head)
- Rotator Cuff (the small muscle group deep at the shoulder joint, steadying a heavier mace through the full shoulder circle)
- Trapezius (the muscle spanning the upper back and neck, stabilizing the shoulder blades during the arc)
- Rhomboids (the muscles between the shoulder blades, active as the heavier mace passes behind the head)
- Obliques (the muscles along the sides of the waist, bracing the torso against the added load)
- Erector Spinae (the muscles running along the length of the spine, supporting the thoracic rotation)
- Serratus Anterior (a muscle along the side of the ribcage, helping the shoulder blades track through the circle)
FAQ
Why does adding weight to the 360 matter so much at the catch point? The catch behind the head is already the most demanding part of the circle at a light load, since it’s where the implement’s momentum has to be controlled through the least visible section of the path. A heavier mace amplifies whatever looseness exists there, which is why full control at the standard weight matters before progressing.
Why brace the core so deliberately at this heavier load? A heavier implement pulls harder on the low back throughout the swing, and without active core bracing, that pull tends to show up as spinal compensation rather than staying isolated to the shoulders and thoracic spine where the drill intends the work.
What shows that the shoulder is ready to move up to this load? The standard-weight 360 should feel completely smooth and controlled through the entire circle, especially the catch behind the head, before adding weight makes sense. Rushing this progression is one of the more common ways to expose a weak point in shoulder control.
Is more fatigue in the shoulders and core expected at this load? Yes, controlling a heavier offset-weighted implement through a full overhead circle is harder work, and more fatigue than the standard-weight version produces is expected. A sharp, catching sensation in the shoulder calls for backing off and getting it evaluated by a doctor or physical therapist.
When is it time to add even more load? Once this heavier mace’s full circle feels smooth and controlled through both directions, with the core bracing holding steady throughout, a further load increase is a reasonable next step.
Related to Mace 360, the easier version with a standard-weight mace.