C.H. Robinson Worldwide, Inc. Revenue in 2024

C.H. Robinson Worldwide, Inc. reported $16.4B in revenue for fiscal year 2024. This represents a decline of 12.3% compared to the 2023 figure of $18.7B.

Revenue declining from $18.7 billion in 2023 to $16.4 billion in 2024 looks alarming until you understand that the decline was partially intentional. Mike Short's restructuring explicitly targeted low-margin freight — loads where C.H. Robinson was essentially providing transportation services at close to cost to maintain volume relationships. Shedding that freight reduced revenue while improving net revenue margin. Net revenue of approximately $4.2 billion represents a 25.6% net revenue margin, the measure that isolates C.H. Robinson's actual economic contribution from the pass-through carrier costs. That margin is the outcome Short is managing for — higher margins on lower volume is more profitable than lower margins on higher volume, assuming the fixed cost base is adjusted to match. The restructuring in 2023-2024 eliminated over 1,000 positions and restructured sales compensation to tie incentives to net profit rather than gross revenue volume. The compensation change is significant: salespeople optimized for gross revenue generation were replaced by a system that rewards margin-positive freight. This shift changes the company's market behavior — brokers will walk away from freight they would previously have accepted to maintain relationships. Market capitalization of approximately $11.5 billion against $16.4 billion in gross revenue or $4.2 billion in net revenue prices the company at approximately 2.7x net revenue — a modest multiple for a platform business with proprietary data advantages. The question the market is pricing is whether Short's technology-first model can defend net revenue margins against Uber Freight, Amazon Freight, and other digitally-native competitors who are competing specifically for the automated, high-frequency freight transactions where C.H. Robinson's legacy relationship model adds the least value.