Hungary faces sharp fuel price increases – here are the reasons why

Hungarian motorists are set to face a significant increase in fuel prices this week as global oil markets react sharply to the latest round of US sanctions against Russia’s major oil producers. The move, announced by President Donald Trump, targets energy giants Rosneft and Lukoil, triggering a surge in Brent crude prices and marking the most substantial sanctions since his return to the White House.

Fuel prices in Hungary rise again

From Tuesday, October 29, the wholesale price of petrol in Hungary will rise by HUF 5 per litre (€0.013) and the price of diesel by HUF 10 per litre (€0.026), according to Holtankoljak.hu.

As of Monday, average retail prices remain:

• 95-octane petrol: HUF 574 (€1.47) per litre
• Diesel: HUF 578 (€1.48) per litre

The Brent crude benchmark rose by about 5% in one week, climbing from USD 60 to nearly USD 65 per barrel — the sharpest increase in months. Analysts attribute this directly to the new sanctions, which limit Russia’s ability to export oil to global markets.

Despite these market tensions, the Hungarian forint has remained relatively stable, trading around HUF 334 per USD, slightly stronger than a week ago.

Why are oil prices rising in October 2025

The October 2025 oil rally results from several interconnected geopolitical and market dynamics:

▪️ New US sanctions on Russian oil

The latest US restrictions prevent Rosneft and Lukoil from accessing key export markets, significantly reducing the supply of Russian crude to global markets. The supply shock has raised market uncertainty and triggered speculative price increases.

▪️ Changing supply-demand balance

Earlier in 2025, the oil market experienced mild oversupply, which helped contain prices. However, the sanctions now threaten to eliminate that buffer. Meanwhile, demand remains strong in Asia, particularly in China and India, while Western countries continue their energy transition, creating regional disparities in fuel consumption patterns.

▪️ Geopolitical tension and volatility

The ongoing Russia–Ukraine war and the US–Russia standoff remain central to global energy insecurity. The newly imposed sanctions not only restrict Russian exports but also disrupt supply chains across Eurasia, fuelling volatility and pushing prices upwards.

Global and regional impact

US energy policy under President Trump has shifted towards supporting domestic fossil fuel production while tightening sanctions on Russian exports.
This dual strategy amplifies global imbalances: the US increases its own production capacity while limiting Russian output — a move that reshapes global trade flows and benefits American energy exporters.

In Europe, this policy further complicates the continent’s efforts to reduce dependence on Russian oil and gas. Although alternative supply routes (such as LNG terminals in Croatia and Greece) are expanding, they remain more expensive and limited in capacity.

The result is a period of elevated prices and prolonged uncertainty for energy-importing nations, including Hungary.

Read our latest: Washington turns up the heat, Hungary under fire for Russian energy reliance

Impact on the global economy

Higher oil prices translate directly into rising energy and transport costs worldwide, leading to inflationary pressure across multiple industries — from agriculture to manufacturing.
For developing economies and heavily import-dependent regions, this poses a serious economic challenge, potentially slowing growth in late 2025 and early 2026.

Investors are responding with heightened caution. The volatility of oil prices has drawn speculative activity into energy markets, as traders react quickly to political developments and supply disruptions.

Read also – Fuel supply disruption at Budapest Airport: could flights be affected?

Hungary’s energy dependency and outlook

Hungary remains one of the EU’s most oil- and gas-dependent countries.
In 2025, about 87% of its oil and natural gas imports still come from Russia.

The National Energy and Climate Plan sets an ambitious goal to reduce this dependency to 80% for gas and 85% for oil by 2030, primarily through: