Hammer Missions now processes drone datasets captured in GPS-denied or poor GPS conditions — so facade inspections in tight urban environments no longer stall your projects.

Drone facade inspections supplement costly scaffolding and rope access with faster, safer, and more detailed building surveys — without compromising on data quality or compliance.

Drone-based building inspections are gaining rapid traction as ageing building stock, stricter façade safety regulations, and rising access costs reshape how estates are managed. This article explores why the market is accelerating and how the shift from periodic surveys to continuous building intelligence is driving industry growth.

Learn how to capture high-quality thermal drone data for building inspections, including workflows, GSD, overlap, and best practices for accurate results.

Learn how drone-based building inspections really work, from pilots and engineers to software workflows—and how to avoid costly mistakes.

Explore how Hammer Missions uses drones and AI to automate roof inspections. Detect, quantify, and report water stains, rust, and other deficiencies efficiently for faster, data-driven building maintenance.

Discover how drones and AI are transforming facade inspection workflows. Learn how Hammer Missions enables faster, safer, and more accurate building assessments — from data capture to defect reporting.

We’ve rolled out major updates to Hammer Hub and the Hammer App to make your drone inspection workflows faster, smarter, and more precise. From improved AI quantification and stronger reporting in Hammer Hub to smarter facade mapping and multi-angle capture in the Hammer App, these features help you deliver higher-quality results with confidence.

Learn the difference between relative and absolute accuracy in drone inspections, why GSD matters, and how to get reliable data for engineering projects.

Florida’s new Milestone Inspection requirements are reshaping how property managers approach building assessments. This article explores the major cost drivers and highlights how drone-enabled inspections can offer a safer, faster, and more cost-effective alternative to traditional methods.