URS Products and Testing

Drone testing laboratories are specialised facilities where unmanned aerial vehicles (UAVs) and their components are evaluated for safety, performance, reliability, and regulatory compliance across different environments and use‑cases. These labs help manufacturers, defence agencies, and commercial operators prove that drones can fly safely, carry out missions accurately, and withstand real‑world conditions before large‑scale deployment. Role of a drone testing laboratory Drone testing labs focus on both complete systems and individual subsystems such as motors, propellers, batteries, avionics, and sensors. Their main objective is to validate that each platform and component meets technical, operational, and safety benchmarks defined by aviation authorities, military standards, and industry guidelines. These labs support a wide range of applications, from consumer quadcopters and industrial inspection drones to defence-grade UAVs used for surveillance and tactical missions. As regulat...

Electrical household products testing labs are specialised facilities that check whether home appliances are safe, reliable, energy‑efficient, and compliant with national and international standards before they reach consumers. These labs protect both manufacturers (by reducing failures and recalls) and families (by lowering risks like electric shock, fire, and overheating) while also supporting energy‑efficiency and environmental goals. What these labs test Electrical household testing covers both large “white goods” and small appliances used every day in homes. Typical product categories include: ● Refrigerators, freezers, and air conditioners ● Washing machines, dryers, and dishwashers ● Irons, kettles, toasters, mixers, ovens, and microwave ovens ● Fans, room heaters, water heaters, and pumps ● Lamps, luminaires, and other household electrical accessories Many labs are set up to support entire product families, from traditional wired appliances to smart, connected device...

Audio-video testing labs are specialised facilities where experts evaluate how well audio and video products perform, how safe they are, and whether they meet regulatory standards before reaching end users. These labs bridge the gap between rapid innovation in AV technology and the need for consistent, high‑quality user experiences across devices, networks, and platforms. What audio-video testing labs do Audio-video testing labs focus on checking sound and picture quality, electrical safety, and long‑term reliability of products such as TVs, set‑top boxes, speakers, microphones, conferencing systems, streaming devices, and professional AV equipment. They verify that products comply with international and national standards so manufacturers can sell into different markets without quality or safety issues. Key standards and regulations Audio and video devices must comply with technical standards that cover product safety, electromagnetic compatibility, and performance. Common examples i...

ISTA packaging testing is a structured way to verify that packaging can survive the hazards of shipping, handling, and storage so that products arrive safely and intact. It is built around test procedures from the International Safe Transit Association that simulate drops, vibration, compression, and environmental stresses found in real transport environments. What is ISTA packaging testing? ISTA (International Safe Transit Association) develops globally recognised test procedures that define how packages should perform to protect their contents during distribution. ISTA package testing applies these procedures in a controlled laboratory setting, using calibrated equipment and standard protocols to evaluate packaging designs. Instead of relying on trial‑and‑error in the field, brands can use ISTA tests to predict how packaging will behave in different modes of transport, from parcel couriers to palletised freight. The goal is better‑protected products using more efficient, sustainable...