Broken Collarbone Settlement Value: Fixation, Healing, and Shoulder Function

The clavicle (collarbone) is the most commonly fractured bone in the body. It produces a characteristic injury pattern that valuation models handle well — predictable healing course, predictable functional outcome, predictable recovery timeline — except in the minority of cases where complications develop. The case value range reflects the difference between the typical outcome and the complication-prone subset. A clean midshaft fracture that heals in a sling is one valuation case. A comminuted fracture requiring ORIF with subsequent malunion is a substantially different case.

The anatomy of clavicle injury

The clavicle is a thin, S-shaped bone connecting the sternum to the scapula. It serves three structural functions:

• Maintains the shoulder’s lateral position away from the chest;
• Transmits force from the upper extremity to the axial skeleton;
• Protects underlying neurovascular structures (subclavian vessels, brachial plexus).

Fracture patterns by location:

• Midshaft (Group I) — 75-80% of clavicle fractures. The bone’s thinnest, most vulnerable point. Typically caused by lateral compression forces — falling onto the shoulder, vehicle impact compressing the shoulder against the bone.
• Distal third (Group II) — 15-25%. Near the acromion. Higher complication rate, more often requires surgery.
• Medial third (Group III) — under 5%. Near the sternum. Rare and associated with high-energy trauma.

Common mechanisms: bicycle and motorcycle crashes (rider thrown over handlebars onto outstretched arm or shoulder), pedestrian-vehicle collisions, motor vehicle collisions where the seat belt restrains across the clavicle, sports collisions, falls onto outstretched arm.

Severity tiers for clavicle fractures

Clavicle fracture severity tracks displacement, comminution, and complications:

Non-displaced or minimally displaced midshaft fracture. Bone fragments separated by less than full bone width, no significant angulation, no skin tenting. Treated with sling or figure-8 brace, heals in 8-12 weeks. Settlement value range: $10,000–$25,000.

Displaced midshaft fracture, non-surgical treatment. Significant displacement (more than 100% bone width separation or substantial angulation) but treated non-surgically. Heals over 10-16 weeks, may produce mild cosmetic bump and slight shoulder shortening. Settlement value range: $20,000–$45,000.

Displaced midshaft fracture, surgical fixation (ORIF). ORIF with plate and screws. Better functional and cosmetic outcomes but adds surgical specials and a hardware-removal future medical. Heals in 8-12 weeks. Settlement value range: $30,000–$70,000.

Comminuted fracture. Multiple bone fragments, often requires more complex fixation, longer recovery. Settlement value range: $40,000–$90,000.

Malunion or nonunion. Fracture heals in poor position (malunion) or fails to heal entirely (nonunion). Produces permanent shoulder dysfunction, often requires revision surgery. Settlement value range: $60,000–$150,000+.

Open fracture or fracture with neurovascular complication. Skin disruption at the fracture site (open fracture) or injury to underlying subclavian vessels or brachial plexus. Substantially higher value due to complication risk and longer recovery. Settlement value range: $75,000–$300,000+ depending on neurovascular outcome.

What moves the dollar number

Five factors shape clavicle fracture valuation:

Surgical versus non-surgical treatment. Surgical cases produce both higher economic damages (the surgery itself, anesthesia, hardware, future hardware removal) and a presumption of greater injury severity that anchors higher multipliers. Non-surgical cases with good healing settle modestly.

Healing outcome. Whether the fracture heals in good alignment, with restoration of pre-injury function, determines whether the case is a temporary-injury case or a permanent-impairment case. Treating physician documentation of full functional restoration produces low-end values; documentation of residual restriction, weakness, or cosmetic bump moves the case substantially higher.

Functional impact on work and activities. Plaintiffs whose occupation requires upper-extremity function face documented economic impact. Construction workers, mechanics, healthcare workers, athletes, parents with infants — all face occupation-specific or activity-specific impact during recovery. Treating physician restrictions, employer documentation of modified duty, and vocational opinion on permanent impact all contribute.

Dominant versus non-dominant side. Dominant-arm injuries produce more functional and economic impact. Defense IME doctors sometimes argue that adaptation is possible, but the loss of function on the preferred side is real and recoverable.

Pre-existing shoulder conditions. Prior rotator cuff problems, prior shoulder surgery, or chronic shoulder issues complicate causation analysis. The plaintiff must distinguish new injury-related symptoms from pre-existing baseline.

Multiplier framework

Non-surgical clavicle fracture cases typically apply a 2× to 3× multiplier. A plaintiff with $8,000 in economic damages × 2.5 = $20,000 non-economic, gross $28,000.

Surgical cases typically apply a 2.5× to 3.5× multiplier, with higher multipliers reflecting the surgical intervention itself, recovery from anesthesia, hardware-related limitations, and the future hardware-removal procedure. A plaintiff with $25,000 economic damages × 3.0 = $75,000 non-economic, gross $100,000.

Malunion and nonunion cases push the multiplier into the 3× to 4.5× range and require careful damages development:

• Permanent shoulder dysfunction documented by orthopedic evaluation;
• Range-of-motion measurements showing restriction;
• Strength testing showing weakness;
• Vocational testimony on impact for working plaintiffs;
• Treating physician opinion on the permanence and likelihood of further deterioration.

What the defense argues

Clavicle fracture cases face a fairly predictable defense:

“Clavicle fractures heal well.” The defense’s framing is that clavicle fractures are common, well-understood, and produce excellent outcomes in the vast majority of cases. The framing has rhetorical force because it’s largely true — most clavicle fractures do heal well. The plaintiff’s counter requires documentation of the specific case’s complications, not generalized injury severity arguments.

Non-surgical equivalence. In displaced-fracture cases where ORIF was performed, the defense argues that non-surgical treatment would have produced equivalent outcomes — meaning the surgery was elective rather than medically necessary. The plaintiff’s counter requires treating surgeon opinion on the indications for ORIF in this specific case.

Hardware removal as elective. Future hardware removal is sometimes characterized as elective. The plaintiff’s counter relies on treating physician opinion that removal is reasonably anticipated due to hardware-related symptoms (pain, skin irritation, prominence).

Pre-existing shoulder pathology. Prior shoulder problems, rotator cuff findings on imaging, or prior shoulder surgeries are deployed as defense ammunition. The aggravation-versus-causation analysis applies as in soft-tissue cases.

Functional adaptation. Defense IME doctors often opine that the plaintiff has adapted to any residual limitation and that the impact on daily life is overstated. The plaintiff’s counter requires consistent, documented functional restrictions and ideally a functional capacity evaluation.

Related upper-extremity injuries

The shoulder girdle’s interconnected anatomy produces case-comparison questions:

Versus Rotator Cuff Tear. Rotator cuff injuries sometimes co-occur with clavicle fractures from the same mechanism. Combined cases produce additive value but face arguments that the injuries overlap.

Versus Broken Arm. Humeral fractures involve the same upper extremity but a different bone. Treatment and valuation frameworks differ — humeral fractures typically require longer immobilization and produce more functional impact.

Versus Broken Wrist. Wrist fractures and clavicle fractures sometimes co-occur in falls onto outstretched arm. Each is valued separately, with the combined case producing additive non-economic value.

The clavicle fracture’s valuation depends on which subset of cases it falls into — clean midshaft healing modestly versus complication-prone cases at the higher end. The medical course determines which framework applies, and the case’s strategy follows the evidence the medical record produces.