Okay, here is the summary of the Isar Aerospace Spectrum launch attempt transcript in the requested format:

Isar Aerospace Spectrum Launch Failure Analysis

• 0:00:06 Isar Aerospace's Spectrum rocket attempted its first orbital launch from Andøya Spaceport, Norway, representing the first private orbital launch attempt from European soil, but the launch ultimately failed.
• 0:01:07 The rocket initially lifted off the pad vertically, which is considered a significant milestone.
• 0:01:23 Shortly after liftoff, the rocket's exhaust showed significant side-to-side movement, indicating the thrust vector control (engine gimbaling) was actively trying to steer, but the rocket entered an uncontrolled oscillation.
• 0:01:37 Control was lost, the rocket pitched over significantly, and the engines were commanded to shut down (this was not an engine failure).
• 0:02:01 Drone and ground footage showed the rocket falling back, impacting the nearby water tail-first, creating a visible flash, shockwave, and debris field.
• 0:03:06 Importantly, the launch infrastructure appears largely undamaged, which is positive for future attempts.
• 0:04:16 The Spectrum rocket is detailed as a 28m tall, carbon-fiber vehicle using propane and liquid oxygen, powered by nine gas-generator cycle "Aquila" engines on the first stage.
• 0:09:08 Close analysis of the footage reveals the rocket entered a significant, uncontrolled roll shortly after liftoff, despite the engine gimbals clearly working.
• 0:10:17 Calculations based on the fall time from apex suggest the rocket reached a maximum altitude of approximately 490-500 meters.
• 0:15:19 The leading hypothesis for the failure is a guidance and control problem, possibly related to software, incorrect sensor data (potentially an inverted roll sensor), unexpected vehicle dynamics (slosh, Pogo), or incorrect control gains, rather than a primary engine hardware failure.
• 0:16:21 Despite the failure, there is hope that Isar Aerospace can identify and fix the issue and achieve the first successful private European orbital launch in the future.