Malaysia’s cocoa industry has undergone significant transformation over the past several decades, shifting from large-scale domestic cultivation to becoming a major cocoa processing hub reliant on imported beans. This evolution reflects broader changes in agricultural economics, pest management challenges, and shifting land use priorities.
Historically, cocoa cultivation in Malaysia began in the late 18th century but gained commercial importance much later, particularly in the states of Sabah and Tawau on the island of Borneo. By the 1970s and 1980s, cocoa was an important agricultural diversification crop. The area planted expanded rapidly, from approximately 124,000 hectares in 1980 to a peak of over 414,000 hectares by 1989. Sabah accounted for nearly half of this area. The country’s cocoa bean production increased in tandem, rising from 36,500 tonnes in 1980 to a peak of about 247,000 tonnes in 1990.
Despite this expansion, cocoa cultivation faced biological and economic challenges. The cocoa pod borer, a pest that damages cocoa beans inside the pods, created significant crop losses and raised production difficulties. Concurrently, global and local cocoa prices weakened, increasing production costs amid high labor demands. Meanwhile, the rising profitability of oil palm cultivation presented an alternative for planters and plantation companies, prompting a gradual shift from cocoa to oil palm cultivation on many estates.
By the early 2020s, the domestic area under cocoa had contracted dramatically to just a few thousand hectares, marking a sharp reversal from the earlier boom. Surprisingly, the Malaysian cocoa processing industry did not contract proportionally. While domestic cocoa bean production dwindled to mere hundreds of tonnes, Malaysia’s cocoa grinding capacity expanded. From grinding just 70,000 tonnes of cocoa in 1990, the industry processed over 370,000 tonnes by 2023, sourcing increasing quantities of beans from international markets.
This shift created a paradox: the plantations shrank, yet factories remained operational and grew. Plantation companies' decisions to grow more profitable oil palm, processors’ reliance on imported cocoa for processing, and government policies encouraging downstream value addition converged into an outcome not centrally planned but economically rational at multiple levels. Malaysia thus became a major processor of cocoa, importing raw materials but lacking substantial domestic bean production.
Experts caution, however, that this evolution carries risks. While importing beans aligns with global trade norms and industrial development, the decline in domestic cocoa farming could erode critical agricultural knowledge, expertise, genetic diversity, and research opportunities inherent in local production. For processors, supply chains rely on stable access to quality beans, while farmers face biological realities such as long crop cycles and vulnerability to market signals.
Looking ahead, some industry voices advocate for a recalibrated approach rather than a return to widespread cocoa plantations. They propose focusing on a smaller, higher-value cocoa sector emphasizing quality, flavor, origin, and traceability—similar to specialty coffee or wine industries. Initiatives in Sabah, where companies are developing bean-to-bar chocolate using locally grown cocoa, illustrate this potential. Such efforts aim to create differentiated Malaysian cocoa products that command premiums based on origin and production methods rather than volume alone.
However, sustaining any level of domestic production depends on ensuring economic returns to farmers, who manage pests, pruning, harvesting, and fermentation. Without viable livelihoods, growers are unlikely to prioritize cocoa over more profitable alternatives like oil palm. The balance between supporting downstream cocoa processing and maintaining upstream agricultural capacity remains a key consideration for the future of Malaysia’s cocoa industry.
Ultimately, Malaysia’s cocoa story represents adaptation to changing economic and environmental conditions. While plantations have largely disappeared, processing expertise endures, leaving an industry that has shifted from grower to grinder. The ongoing challenge lies in keeping farm and factory connected, preserving agricultural knowledge and capability, and exploring new models that maximize value within a transformed landscape.