For decades, Indonesia has operated under a persistent economic assumption: that keeping fuel prices artificially low through government subsidies is the most effective way to reduce the cost of moving goods. However, evidence suggests this policy has created a systemic distortion, fostering an “illusion of efficiency” that actually hinders the nation’s long-term logistics performance.
The core of the issue lies in the price gap for diesel. With subsidized diesel priced at approximately Rp 6,800 per liter—significantly below its economic value of roughly Rp 13,000—the market faces a price distortion of nearly 48 percent. While this makes trucking appear competitive, it does so by masking structural inefficiencies rather than solving them. Removing fuel subsidies in Indonesia is not an act of economic aggression against the logistics sector, but a necessary correction to align the country’s transport infrastructure with its maritime geography.
Current data indicates that the reliance on cheap fuel has pushed the nation toward an over-dependence on road transport. Today, between 80% and 85% of Indonesia’s domestic cargo is moved by truck, even over long distances where such a method is structurally suboptimal. This imbalance is reflected in the World Bank’s Logistics Performance Index (LPI), where Indonesia’s score—hovering around 3.0—highlights systemic failures in reliability and infrastructure that cheap fuel cannot fix.
The Cost of Artificial Efficiency
The distortive effect of fuel subsidies is most visible when comparing Indonesia’s freight corridors to those of other developed economies. On the 700-kilometer route between Jakarta and Surabaya, approximately 95% of freight moves by truck, with sea transport accounting for only 4% and rail just 1%.
In contrast, a similar distance in Japan—between Tokyo and Miyagi—follows a nearly opposite logic. In the Japanese model, roughly 55% of freight is moved via RoRo (roll-on/roll-off) vessels and ferry systems, with trucking handling about 40% and rail 5%. The difference is not a lack of roads in Japan, but the absence of structural fuel subsidies. Because energy prices in Japan reflect economic reality, freight naturally distributes across the most efficient modes of transport, making coastal shipping the backbone of the system.
By suppressing trucking costs, Indonesia’s energy policy has effectively forced freight onto the roads, leading to chronic congestion, accelerated road deterioration, and increased uncertainty in delivery timelines. In logistics, “cost” is not merely the price of fuel. it encompasses inventory holding costs, handling fees, and the high cost of uncertainty. Truck-dominated systems are prone to variability and delays, which force businesses to maintain larger, more expensive inventory buffers.
Addressing the Inflationary Fear
The primary resistance to subsidy removal is the fear of a sudden spike in consumer prices. However, an analysis of the price structure of essential goods suggests that the inflationary impact of higher transport costs is often overstated. Logistics typically represents a small fraction of the final retail price of most commodities.
| Commodity Type | Logistics Share of Final Price | Estimated Price Increase |
|---|---|---|
| Rice | 4% – 5% | 1.2% – 1.5% |
| Fast-Moving Consumer Goods (FMCG) | 2% – 3% | 0.6% – 0.9% |
| Basic Commodities | < 1% | 0.2% – 0.5% |
According to analyses aligned with International Monetary Fund (IMF) frameworks, such price adjustments typically result in a temporary inflationary impact—estimated between 0.8, and 1.5 percentage points—over a six-to-twelve-month period. What we have is often manageable as businesses adapt by optimizing their supply chains and absorbing some costs through operational adjustments rather than passing them linearly to the consumer.
The Maritime Path to Structural Gain
Shifting away from a road-centric model offers significant long-term savings. The Cikarang Bekasi Laut (CBL) inland waterway serves as a prime example of potential efficiency. Currently, moving a container (TEU) by truck from Cikarang to Tanjung Priok consumes between 25 and 30 liters of diesel. Shifting that same cargo to a barge reduces consumption to just 4 to 5 liters per TEU—an efficiency gain of over 80%.
Scaling this shift nationally could transform the subsidy from a recurring fiscal burden into a structural gain. For a single corridor with annual flows of 2 to 3 million TEU, shifting just 40% of the volume to waterways could save approximately 20 million liters of diesel per year. When multiplied across the archipelago, the potential national savings are estimated between Rp 300 billion and Rp 600 billion annually.
Other nations have already successfully navigated this transition:
- The Philippines: Through fuel price deregulation and the “Strong Republic Nautical Highway,” the Philippines integrated RoRo networks to move trucks across sea corridors, reducing the trucking share of cargo movement to 50–60%.
- Europe: The “Motorways of the Sea” initiative in the Baltic and Mediterranean regions shifted freight from highways to integrated maritime corridors, reducing both emissions and urban congestion.
- Malaysia: A gradual model of subsidy rationalization and port integration has resulted in a more balanced logistics system and a higher LPI performance.
Environmental and Economic Imperatives
Beyond the balance sheet, the environmental cost of a truck-heavy system is substantial. Heavy road transport generates significantly higher CO2 emissions and contributes to severe urban air pollution. The OECD has consistently noted that fossil fuel subsidies amplify these negative externalities by encouraging the leverage of the least efficient transport modes.
By removing the price distortion, Indonesia can incentivize a return to its natural maritime strength. A balanced system—where sea, rail, and road each handle the cargo they are best suited for—creates a more predictable, reliable, and sustainable supply chain.
The transition toward subsidy removal will likely be monitored through upcoming fiscal policy reviews and adjustments to the national budget (APBN), as the government continues to balance social stability with economic restructuring. These policy checkpoints will determine the pace at which the logistics sector shifts from an artificial reliance on cheap fuel toward a structurally sound maritime framework.
Do you believe Indonesia’s logistics future lies in its waterways or its highways? Share your thoughts in the comments below.
