Dutch high-density battery claims 94-minute endurance on DJI Matrice 4T

Key facts

• Tulip Tech (Netherlands) developed a high-density battery intended to extend DJI drone endurance.
• A DJI Matrice 4T using two Tulip Tech 4S1P 16 Ah batteries reportedly achieved up to 94 minutes in operational testing.
• The source describes this as more than twice the Matrice 4T’s standard flight time.

3 minute read

Tulip Tech, a Dutch firm, is reported to have developed a high-density battery that can materially increase the endurance of DJI multirotor systems. According to the source, a DJI Matrice 4T fitted with two Tulip Tech 4S1P 16 Ah batteries remained airborne for as long as 94 minutes during “operational testing”, a figure described as more than double the drone’s standard flight time.

On its face, this is a tactically meaningful improvement for missions where sortie count, launch/recovery cycles, and battery swap frequency drive both manpower and risk exposure. Longer loiter enables wider-area thermal search, persistent overwatch for police and border forces, and longer linear inspection runs over powerlines, pipelines, and rail corridors—use cases that are prominent across European civil protection and critical infrastructure operators. For defence users, endurance gains on a compact VTOL platform can support extended route reconnaissance and local ISR, although the airframe’s survivability and communications resilience remain bounded by its baseline design.

The European implication is more strategic than technical: a European-made energy subsystem that significantly boosts a DJI platform’s performance may increase the operational attractiveness—and therefore the installed base—of a Chinese-manufactured drone within European fleets. This intersects with ongoing EU and national debates on supply-chain security, data governance, and procurement risk around PRC-origin UAS and components. Conversely, it also illustrates an addressable European industrial niche: performance-upgrade kits and high-energy-density power solutions that can be applied to existing fleets, potentially providing a bridge capability while European-origin airframes scale and mature.

The reporting does not provide independent verification data, test conditions, payload configuration, temperature, wind, flight profile, or battery certification status; these variables can materially affect multirotor endurance and safety margins. Procurement teams should therefore treat the 94-minute figure as a claim pending validation, and seek evidence of conformity, reliability, thermal management performance, and compatibility with organisational airworthiness and safety frameworks.

Source: DroneWatch.eu