Made on
Tilda
For resilient unmanned missions in public and industrial environments.
Conventional drone operations are limited by short endurance and frequent, human‑dependent recharging. Ground‑based docking solutions often require precise landings and controlled ground conditions, increasing operational burden and reducing availability in constrained or harsh environments.
SkyDock’s suspended docking architecture enables autonomous docking and charging without the need for precise landings or human intervention. Designed for deployment on existing infrastructure to support persistent operations in demanding outdoor environments.
Suspended docking architecture that simplifies autonomous docking across multiple drone types, supports year‑round outdoor operation, and enables scalable deployment on existing infrastructure.
Designed to reduce dependence on precise landings and simplify autonomous docking.
Designed for year‑round outdoor environments (validation in progress).
Compatible with grid, off‑grid, and hybrid power setups (configuration‑dependent).
Supports protected communication during docking and charging (integration‑dependent).
Installs on buildings, poles, and masts — fixed or mobile infrastructure.
Designed for reliable attachment in dynamic conditions.
Four steps. Minimal infrastructure. Repeatable workflow.
Users & stakeholders:
Designed for dual‑use operations — with public details on this page and a separate government overview.
Bridges, facilities, critical supplies routes — reduce downtime and increase availability.
Factories, energy sites, hard‑to‑access locations — scalable deployments on existing infrastructure.
Urban areas, borders, critical sites; also vehicles, vessels and temporary installations.
High‑level capabilities can be discussed for eligible organizations. Details are shared in a meeting and may be subject to export controls.
SkyDock stands out by providing infrastructure rather than a single‑purpose charging solution. Each additional station expands operational coverage, enabling scalable and distributed unmanned networks.
Prototype specifications are subject to validation and integration constraints.
We validate what matters before pilots: repeatability, safety, endurance, and environmental exposure.
Selected ecosystem logos can be added here (placeholders below).
For further information or partnership discussions: