How Dogs Rise From Lying Down

This is a guide to the task, not a way to diagnose why an individual dog is having difficulty. Dogs can use different movement strategies depending on body shape, starting position, surface, and health.

What has to happen before a dog can stand?

Before standing, a dog must organize the limbs and trunk so the paws can support and redirect body weight. From a broad resting position, the dog brings the body toward a smaller standing base. Paw position, trunk control, and a stable point of contact all matter before the final push begins.

There is no single five-step sequence that every dog follows. A dog starting on the chest may organize the limbs differently from a dog starting on one side. A deep, soft bed or cramped corner can also change the strategy.

How does a dog shift weight away from the floor?

A dog rises by moving the center of mass toward a stable base of support while the limbs generate enough force to lift the trunk. In plain language, the dog's body weight has to move over paws that are positioned to push against the floor.

The transition includes both movement and stability. The limbs have to move through useful joint ranges, the muscles have to produce force, and the paws must stay placed well enough for that force to reach the ground instead of being lost in a slip.^1–3

Which joints and muscles do the most work?

The hindlimbs, forelimbs, spine, and trunk muscles work together during rising, although their relative contribution changes with posture and strategy. Canine studies show that sit-to-stand involves substantial joint motion and anti-gravity muscle demand, and that its hindlimb motion differs from walking.^1,2

Those studies help describe the task, but they do not provide a universal formula for senior dogs. One studied healthy Greyhounds; another studied eight healthy Beagles. Their numerical joint measurements should not be applied to every breed, older dog, or dog with a health condition.

Why can rising be harder than walking?

Rising requires a one-time transfer from a mechanically demanding starting position, whereas walking begins after the dog has already established standing balance.

Task feature	Rising	Walking
Starting position	Body is supported broadly by the floor or bed	Body is already elevated on the limbs
Main challenge	Reorganize the limbs, lift the trunk, and establish balance	Repeat a cycle while maintaining forward movement
Force demand	A concentrated push is needed during the transition	Forces are distributed across repeated steps
What an owner may see	Pauses, repeated attempts, rotation, or slipping before standing	Better movement once balance is established

A dog that walks after standing can still have a meaningful functional problem. The two tasks place different demands on movement and balance.²

How do the floor and bed change the task?

A slippery floor, unstable bed edge, deep surface, or cramped space can reduce a dog's ability to position the paws and transfer force. A surface may make an existing problem more visible without being its only cause.

Observe whether the same difficulty happens on a stable rug, a smooth floor, a bed, grass, or every surface. Do not repeatedly test a painful or exhausting movement. If the dog is naturally getting up, one short video of the full body and surrounding surface can be useful for the veterinary team.³

What can an owner observe without diagnosing?

An owner can record paw placement, repeated attempts, slipping, pauses, body rotation, and which part of the movement appears to stop. Also note the starting position, surface, time of day, amount of assistance, and what the dog can do after standing.

These observations describe function. They do not identify arthritis, a neurologic condition, muscle loss, or pain on their own. For a consistent way to record changes, see how to establish a functional mobility baseline.

What should you do if your dog is struggling?

Return to what to do when a senior dog has trouble getting up for urgent warning signs, low-risk changes to the immediate rise zone, and the next decision. The pain and muscle-condition branches remain unpublished until their clinical review is complete.

Sources

1. Ellis RG, et al. Limb Kinematics, Kinetics and Muscle Dynamics During the Sit-to-Stand Transition in Greyhounds. Frontiers in Bioengineering and Biotechnology. 2018.
2. Yoshikawa K, et al. Kinematic Characteristics of Canine Hindlimb Movement During Sit-to-Stand and Stand-to-Sit Motions. Research in Veterinary Science. 2023.
3. Canine Geriatric Rehabilitation. Frontiers in Veterinary Science. 2022.

Evidence reviewed August 12, 2026. This educational article does not diagnose a condition or replace veterinary care.