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UAV Landing Module

Story:
In the midst of a covert operation deep within hostile territory, a specialized military unit anxiously tracked the return of their state-of-the-art unmanned aerial vehicle (UAV) after a high-stakes reconnaissance mission gathering vital intelligence data.
As the UAV approached the unit's hastily established forward operating base, the flight controllers faced a critical challenge - the UAV was still maintaining a high cruising altitude, well above the optimal level required for a safe landing on the makeshift runway. Failure to execute a precise descent could risk losing the invaluable intelligence payload and compromise the strategic UAV asset.
Problem Statement:
A UAV needs to land safely on a runway. It is currently at a high altitude and approaching the runway at a constant speed. To land smoothly, the UAV must reach a specific lower altitude when it arrives at the start of the runway. The problem is to determine at what distance from the runway the UAV should start descending from its current high altitude, in order to reach the required lower altitude precisely as it gets to the runway.
Challenges:
A UAV needs to land on a runway. The runway has a length of 1000 meters. The UAV is approaching the runway at a constant speed of 50 meters per second. The UAV needs to be at a certain altitude (let's say 100 meters) when it reaches the beginning of the runway to safely land.

If the UAV starts its descent from an altitude of 500 meters, at what distance from the beginning of the runway should it start descending to reach the required altitude of 100 meters when it arrives at the runway?

To solve this problem, you can introduce the concept of linear equations and use algebraic thinking.

Or
In simple terms, the question is: If the UAV is currently at 500 meters height and flying towards a 1000-meter runway at 50 meters per second, how far away from the runway should it start descending so that it can come down to 100 meters height just as it reaches the start of the runway?
Objective
Find out how far away from the runway a drone should start coming down from its current high flying height, so that it can reach the correct lower height exactly when it gets to the start of the runway.
How to Provide a Solution:
1. Understand the Problem.
2. Carefully review the problem statement, story, and any additional information provided.
3. Identify the key constraints, challenges, and objectives.
4. Provide Your Solution with Calculations.
5. Propose a well-reasoned solution that addresses the challenges and constraints.
6. Support your solution with relevant calculations, considering factors related to problems.
7. Utilize the AI assistant to validate your assumptions, calculations, and approach.
Possible Solution Template.
User can submit their solution like this or whichever method they find suitable. Make sure that your solution can be explained to others easily. You can use videos, images, embeddings, programming or anything which you like.
https://arcadebow.notion.site/SWAT-in-Action-Solution-54f43610e3ff48c083cbc6b155d69335

Solution