KoBold Metals has launched its most extensive lithium exploration initiative to date, spanning 30,000 km² across the Democratic Republic of Congo (DRC). This bold campaign targets one of the world’s least explored regions for critical minerals, aiming to unlock new sources of lithium essential for batteries and renewable energy storage.
The campaign leverages cutting-edge technologies rarely deployed together at this scale. One of the primary tools is hyperspectral imaging, which uses specialised cameras to capture a wide range of wavelengths beyond visible light. This allows geologists to detect specific minerals in the ground by analysing their unique spectral signatures, making it easier to identify promising lithium deposits.
Another key technology is LiDAR (Light Detection and Ranging), which employs laser pulses to create highly detailed maps of the terrain. LiDAR helps scientists understand the landscape’s structure, revealing geological features that may signal mineral deposits and aiding in efficient exploration planning.
KoBold also utilises Artificial Intelligence (AI) modelling, where computer algorithms analyse vast amounts of geological data to predict where minerals are likely to be found. By rapidly processing information from airborne surveys and ground samples, AI helps the team adjust exploration targets in real time, significantly speeding up discovery compared to traditional methods.
The campaign covers 13 exploration licences and has already seen more than $50 million committed through early 2027, including over $20 million paid to the DRC Treasury. KoBold’s CEO, Kurt House, described the scale and speed of the rollout as a turning point for mineral exploration, noting that just a year ago, the company had no presence in the DRC and now leads one of the largest mineral exploration programmes ever attempted.
At the heart of the campaign lies the Manono region in Tanganyika Province, renowned for its high-grade lithium pegmatites. While tin mining has a long history here, lithium’s potential has only recently been recognised. KoBold believes Manono is part of a broader, largely untapped lithium belt, with internal models suggesting that surrounding areas could host multiple world-class deposits thanks to high mineral prospectivity and limited modern exploration.
Currently, KoBold holds licences covering over 3,000 km² and plans to expand to 5,000 km² by year’s end. The campaign’s proprietary airborne system, Hyperpod, combines hyperspectral imaging, LiDAR, and high-resolution photography, mapping vast areas to identify geological signatures linked to lithium and other minerals. On the ground, thousands of drill holes and more than 30,000 geochemical samples will be analysed in a mobile laboratory, delivering results in days and feeding data into AI models for real-time decision-making.
KoBold’s campaign is designed not only to uncover minerals but also to benefit local communities. The company has established training programmes for Congolese scientists, aiming to build local capacity in advanced exploration techniques and data analysis. This initiative empowers a new generation of Congolese geologists and technicians, equipping them with skills that support both the current campaign and future projects.
Sustainability is a central focus, with KoBold engaging local stakeholders to address environmental and economic concerns. The company works closely with community leaders and government bodies to ensure exploration activities minimise ecological impact and contribute positively to local development. Efforts include responsible waste management, water conservation, and ongoing dialogue with residents to support shared prosperity.
Benjamin Katabuka, Director General of KoBold DRC, highlights the importance of local expertise, stating that the DRC’s geological wealth and the dedication of Congolese scientists are key to the project’s success. Beyond exploration, KoBold collaborates with local institutions to digitise historical geological data, making it publicly accessible and fostering transparency and knowledge sharing across the region.
KoBold’s programme reflects a strengthening partnership between the United States and the DRC, supporting critical mineral supply chains vital for the global energy transition. Lithium is a cornerstone of batteries powering electric vehicles (EVs) and renewable energy storage systems, and demand is surging as countries pursue decarbonisation goals.
By investing heavily in the DRC, KoBold joins a growing movement to diversify lithium sources beyond traditional suppliers such as Australia, Chile, and China. This diversification is crucial for reducing supply risks and stabilising prices as the world’s appetite for EVs and green energy accelerates. The campaign positions KoBold as one of the largest American investors in the DRC within a year, demonstrating how global companies are increasingly looking to Africa to meet rising mineral needs.
KoBold’s approach, combining advanced technology and community engagement, sets a new benchmark for mineral exploration in frontier regions. If successful, the initiative could reshape how lithium is sourced and place the DRC firmly at the centre of the global battery minerals market, offering both economic opportunities and greater energy security for the world.