Most bone spurs don’t require surgery and respond well to a combination of pain relief, physical therapy, and simple lifestyle adjustments. Many bone spurs cause no symptoms at all and are only discovered incidentally on an X-ray. When they do cause pain, stiffness, or nerve compression, treatment focuses on managing those symptoms rather than removing the spur itself.
Why Bone Spurs Form
A bone spur is your body’s attempt to repair damage near a bone or respond to ongoing stress. When cartilage, tendons, or ligaments become worn or injured, the body sometimes lays down new bone tissue at the site, almost like a bony scar. This process is a byproduct of repair, not a disease on its own.
The most common driver is age-related wear and tear, which is why bone spurs frequently show up alongside osteoarthritis. They tend to develop on bones that absorb a lot of force (the spine, heels, and knees) or at spots where tendons and ligaments attach to bone (the shoulder, hip, and foot). Repetitive strain injuries, degenerative disk disease, and inflammatory conditions like rheumatoid arthritis can also trigger spur formation.
Over-the-Counter Pain Relief
For mild to moderate pain, standard over-the-counter options are typically the first step. Anti-inflammatory medications like ibuprofen and naproxen sodium reduce both pain and the swelling that often surrounds a spur. Acetaminophen is an alternative if you can’t tolerate anti-inflammatories, though it won’t address inflammation directly. These medications work best as part of a broader treatment plan rather than a long-term standalone solution.
Physical Therapy and Stretching
Physical therapy is one of the most effective non-surgical treatments for symptomatic bone spurs, particularly in the spine, shoulder, and heel. A therapist can design a program that strengthens the muscles around the affected joint, which takes pressure off the spur and the irritated tissue nearby. Stretching improves range of motion in joints that have stiffened as the body compensates for pain.
For heel spurs, calf stretches and plantar fascia stretches performed several times a day can meaningfully reduce pain over a few weeks. For spinal bone spurs, core-strengthening exercises help stabilize the vertebrae and reduce nerve compression. Shoulder spurs often benefit from rotator cuff strengthening and postural correction. The goal isn’t to shrink or eliminate the spur. It’s to make the surrounding tissues healthy and flexible enough that the spur stops causing problems.
Orthotics and Supportive Devices
If your bone spur is in your foot or heel, shoe inserts can make a significant difference. Look for orthotics with good arch support, shock absorption, and cushioning directly under the heel. These features redistribute pressure away from the spur with every step, reducing the repetitive irritation that keeps the area inflamed. Custom orthotics fitted by a podiatrist offer the most precise correction, but many people find relief with well-designed over-the-counter inserts.
For spinal bone spurs, supportive measures might include ergonomic adjustments at your desk, a firmer mattress, or a cervical pillow that keeps your neck in a neutral position while you sleep.
Steroid Injections
When oral pain relievers and therapy aren’t enough, corticosteroid injections can deliver anti-inflammatory medication directly to the tissue around the spur. Pain relief from a single injection can last up to several months, giving you a window to make progress with physical therapy or lifestyle changes.
These injections aren’t unlimited, though. Repeated corticosteroid shots can damage cartilage in the joint over time, so the number you can receive in a given year is generally limited. Your provider will weigh the benefit of each injection against the cumulative risk, and the specific limit depends on which joint is involved and how you’ve responded previously.
When Surgery Becomes Necessary
Surgery is reserved for bone spurs that don’t respond to conservative treatment, especially when a spur is compressing a nerve or severely restricting joint movement. In the spine, a spur pressing on a nerve root can cause radiating pain, numbness, or weakness in the arms or legs. If those symptoms persist or worsen despite months of non-surgical care, removing the spur (and sometimes a portion of surrounding bone) may be the best option.
The specific procedure depends on the location. A foot spur removal (exosectomy) is relatively straightforward. A spinal procedure is more involved and may include removing part of the vertebral bone to decompress the nerve.
What Recovery Looks Like After Surgery
Recovery timelines vary by location, but foot spur removal gives a useful benchmark. The first one to three days after surgery are the most uncomfortable. You’ll need to keep your foot elevated as much as possible and limit movement around the house. Weight-bearing is usually allowed right away with a post-operative shoe and crutches.
Stitches come out at one to two weeks, and you can start bathing normally and gradually increasing activity after that point. Most people return to work within three to four weeks, depending on how physical their job is, and can often fit into a regular shoe and drive again around that time. Some swelling in the foot and ankle is normal for three to six months. Full recovery typically takes about 12 months.
Spinal surgery recovery is longer and more variable, often involving several months of restricted activity followed by a structured physical therapy program to rebuild strength and flexibility.
Reducing Pain at Home
Several daily habits can keep bone spur symptoms manageable between treatments. Icing the affected area for 15 to 20 minutes several times a day helps control inflammation during flare-ups. Maintaining a healthy weight reduces the mechanical load on weight-bearing joints like the knees, hips, and heels, which slows further spur development and eases existing symptoms.
Rest matters, but so does staying active. Prolonged inactivity causes the muscles around the joint to weaken, which increases the stress on bone and cartilage. Low-impact activities like swimming, cycling, or walking on soft surfaces let you stay mobile without pounding the joints that are already irritated. The key is finding the balance between protecting the area and keeping it functional.