UMAN is an ongoing research project that challenges the need for conventional electricity and/or battery power for kitchen appliances. The concept encourages a more interactive and rewarding experience for the user and offers significant environmental benefits over traditional methods of energy consumption. UMAN presents a compelling solution by harnessing the power of human movement and challenging conventional energy paradigms. Its innovative design centres around a simple cranking mechanism and a flywheel for efficient energy storage. UMAN offers a sustainable and readily available energy supply. The UMAN project delves deep into human behaviour, questioning our willingness to embrace alternative everyday items that do not depend on conventional batteries. This exploration inspired the implementation of a self-feeding mechanism, kick-started by human power through a few swings of the handle along its axis. Additionally, the design includes a start/stop button, preserving the intuitive user experience of a traditional electrical food blender to maintain familiarity. UMAN prioritises sustainability, utilising certified, recycled, renewable, and low carbon footprint materials in its manufacturing process. With exchangeable parts and a focus on long-term usage, UMAN combats throwaway culture and reduces waste.