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DNS Low Oblique Transition

A developmental-position exercise that trains the lateral core, oblique sling, and hip stabilizers to build the rotational control and pelvic stability used in everyday movement.

Hips, Obliques & Lateral Core
Pelvic & Rotational Stability
DNS / Bodyweight
Overview

What the DNS Low Oblique Transition Does

The DNS Low Oblique Transition is one of the most effective ways to train the lateral core, the oblique sling system, and the hip stabilizers together. It’s a regular part of rehab programs for hip instability, low back discomfort, lateral hip pain, and difficulty holding pelvic control through movement.

In the demonstration below, the team at Life in Motion Chiropractic in Livonia, Michigan walks through the movement step by step. It’s rooted in Dynamic Neuromuscular Stabilization (DNS), a method built on developmental kinesiology and supported by research on spinal stabilization and motor control. Because the work happens slowly at transitional angles, it builds strength in positions that traditional gym exercises often miss.

Technique

How to Perform the DNS Low Oblique Transition

1

Start in 90/90

Begin in a 90/90 sitting position with both knees bent at right angles.

2

Rotate onto your elbows

Rotate your upper body forward and rest both elbows on the ground as if setting up for an elbow plank.

3

Set your anchor leg

Keep your front knee, shin, and ankle grounded — this is your anchor. Maintain a long spine and a gently tucked chin.

4

Press down to load the hip

Press your knee, shin, and ankle down into the floor to activate the hip and prepare to lift.

5

Lift the hip

Slowly raise your hip, feeling the contraction build along the outer glute and oblique regions.

6

Lower with control

Return down with complete control and repeat. The slow tempo is what makes the exercise work.

Key Cue

Drive the lift by pressing your anchor leg into the floor and feeling the outer glute and oblique fire — don’t just push off the elbows. Keep the spine long and the chin tucked the whole time so the work stays in the hip and lateral core, not the low back.

Why It Works

Why This Exercise Matters

Rotational stability

Strengthens the oblique sling that controls rotation through the trunk and pelvis.

Hip loading mechanics

Improves how the hip loads and transfers force during walking, running, and bending.

Pelvic control

Trains the deep stabilizers that hold pelvic alignment when you move.

Functional carryover

Builds strength at the transitional angles used in real-life lifting and movement.

Watch For

Common Mistakes

  • Pushing off the elbows instead of driving the lift from the anchor leg and hip.
  • Letting the spine round or the chin jut forward instead of staying long and tucked.
  • Rushing the hip lift — speed removes the control the movement is meant to build.
  • Feeling it mostly in the low back, which means the load has shifted away from the hip and obliques.
Keep Going

Related Exercises & Conditions

Hip & SI Joint Pain Back Pain Chiropractic Care Full Rehab Library
FAQ

Frequently Asked Questions

What muscles does the DNS Low Oblique Transition work?
It targets the hip abductors and outer glute, the obliques and lateral core, and the deep stabilizers that support pelvic alignment. These muscles work together as the “oblique sling” to control rotation and side-to-side stability.
What is DNS?
DNS stands for Dynamic Neuromuscular Stabilization, a rehab approach based on developmental kinesiology — the natural movement patterns we develop as infants. It uses those positions to retrain the deep stabilizers and improve motor control.
Who is this exercise good for?
It’s commonly used for hip instability, low back discomfort, lateral hip pain, and trouble maintaining pelvic control during movement. It’s also useful for athletes wanting better rotational stability and hip loading.
How many reps should I do?
Most patients do controlled sets of several reps per side, prioritizing clean form and a slow tempo over volume. The quality of the hip lift matters far more than the number of repetitions.
Why is the movement done so slowly?
The slow, controlled tempo is what develops strength at the transitional angles where the body is often weakest. Moving quickly lets momentum take over and bypasses the stabilizers the exercise is designed to train.
Is this safe if I have low back or hip pain?
It’s often used within rehab for exactly those issues, but the right starting point depends on your situation. If you’re dealing with pain, have the movement reviewed first — Dr. Dockery can confirm it fits your recovery plan and adjust it as needed.

This content is for educational purposes only and is not a substitute for individualized medical advice. Exercises shown may not be appropriate for every condition. Consult a qualified healthcare provider before beginning any new exercise program, especially if you have an existing injury or back, hip, or pelvic condition.

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