A preliminary economic evaluation of the feasibility of establishing a fishery to process red crab meal (Pleuroncodes planipes) was conducted. Risk assessment indicated that a fishery of nine boats could operate with an average 1.53 benefit-cost ratio (B C-1) and annual net revenues (NR) of US$427?840, and that there is certainty of obtaining economic profit in every season, with a?B?C-1 > 1 and NR?> 0. Total catch and average catch per trip could be reduced from a total baseline catch of 10?328?tons (1735?t?meal) to 6061 (1844?t?meal), and from a baseline catch per trip of 11.4?t (4.78?t?meal) to 6.73?tons (4.85?t?meal) without economic losses. There was no possibility for profit when total catch and average catch per trip were, respectively, lower than 5365?t (1648?t?meal) and 5.96?t (4.71?t?meal). For a single-fishing trip operation, average B C-1 was 1.5 and NR was US$480. We determined that there was a confidence level of 84% to generate profits. To guarantee profits, a catch of 13.5?t?per?trip (1.35?t?meal) should be obtained. Single trips catching less than 3.3?t (0.94?t?meal) cannot make a profit. Sensitivity analysis indicated that plant processing efficiency for converting fresh red crab to meal, catch per trip, and sales price of red crab meal were most important in determining B C-1 and NR values. Plant efficiency constitutes the main element that needs to be optimized, particularly management practices to preserve fresh catch quality. A low sensitivity to costs for processing suggests the possibility of negotiating a higher price and the opportunity for processing plants to venture into processing of red crab meal.