Delivering payloads to the Moon remains expensive and inefficient, hindering the growth of lunar-based scientific research, resource utilization, and commercial activities. Current lunar delivery systems often lack modularity and reusability, leading to increased costs and limited scalability for future missions.

Zenith Ascent is developing a new class of lunar delivery systems designed to provide a cost-effective and scalable logistics backbone for the emerging lunar economy. Their initial offering, Zenith 1.0, is a private lunar lander featuring a modular, payload-agnostic architecture that decouples payloads from the lander. This approach enables faster integration, scalable operations, and future reusability, reducing the overall cost of lunar payload delivery. Zenith Ascent aims to support a wide range of lunar activities, including scientific research, technology demonstrations, commercial operations, and lunar base logistics.

Modular and payload-agnostic architecture for flexible payload integration

Reusable lander design for reduced mission costs

Scalable operations to support increasing lunar activity

Zenith Ascent's primary customers are organizations involved in lunar activities, including space agencies, research institutions, and commercial entities.