need statements on rope walking bot

sno	Questiion	answer	objecties	function	constrains
1	What should be the dimenstion and size of the bot?	around 2 cubic meter feet in dimension			yes
2	can the bot gets affected by the weather condition	not for sure	Yes
3	what should be the mobility or locomotion of the bot ?	the bot can move in both direction	yes
4	what should be the weight of the bot ?	nearly 5 kg			yes
5	how sensor work in avoiding the collision with obstracle?	it detect the obstracles and adjust the mobility accordingly		yes
6	should the bot must be automatic or controled by controller	automatic	yes
7	what should be the power supply	recharcgeable with long life efficency	yes
8	how does the bot detect the obstracle	by using sensors		yes
9	what is the time limit for submitin the project	nearly around 6 months			yes
10	does the bot is able to move in both direction (forward and backward )	yes		yes
11	what is the record of mobility of bot has	straight smooth balanced across the rope	yes
12	what is the adaptibility of bot	to maintain stabilty and balance across the rope			yes
13	What should be the tension and dimenstion of the rope	to hold the bot strongly and diameter must be 5mm			yes
14	how do we control the speed of the bot	by using motoe,powerfullenough to move and balance the bot			yes
15	how do we come to know about the balance mentanance of the bot	balancing devises like gimbal	yes
16	what is the navigation and path planning of bot	in horizontal direction			yes

identified objectives

Questiion	answer	objecties
can the bot gets affected by the weather condition	not for sure	Yes
what should be the mobility or locomotion of the bot ?	the bot can move in both direction	yes
should the bot must be automatic or controled by controller	automatic	yes
what should be the power supply	recharcgeable with long life efficency	yes
what is the record of mobility of bot has	straight smooth balanced across the rope	yes
how do we come to know about the balance mentanance of the bot	balancing devises like gimbal	yes

Objective-Focused Version 1

Design and develop a lightweight, compact, and energy-efficient Rope Walking Bot with the primary objectives of achieving autonomous rope navigation, ensuring stability and balance throughout operation, and adapting intelligently to varying environmental conditions such as wind and temperature. The bot should prioritize safety, self-correction during imbalance, and efficient energy consumption, making it suitable for real-world deployment in surveillance, rescue, or inspection applications.

identified functions

Questiion	answer	functionns
how sensor work in avoiding the collision with obstracle?	it detect the obstracles and adjust the mobility accordingly	yes
how does the bot detect the obstracle	by using sensors	yes
does the bot is able to move in both direction (forward and backward )	yes	yes
Function-Focused Version 2

Design and develop a Rope Walking Bot capable of autonomously navigating along a rope by executing key functions such as real-time balance control, continuous motion adjustment, obstacle detection, environmental sensing (for wind and temperature), and fall-prevention mechanisms. The bot should self-correct in case of instability, adapt to rope surface/material variations, and operate efficiently within a compact and lightweight design. These functions must be integrated into a system that is cost-effective and robust for practical use.

identified constrains

Questiion	answer	constrains
What should be the dimenstion and size of the bot?	around 2 cubic meter feet in dimension	limited dimention
what should be the weight of the bot ?	nearly 5 kg	limited
what is the time limit for submitin the project	nearly around 6 months	limited time
What should be the tension and dimenstion of the rope	to hold the bot strongly and diameter must be 5mm	limited
how do we control the speed of the bot	by using motoe,powerfullenough to move and balance the bot	limited speed
what is the navigation and path planning of bot	in horizontal direction	limited

Constraint-Focused Version 3

Design and develop a Rope Walking Bot that fits within strict physical and financial constraints: a maximum size of 2ft×2ft×2ft, total weight not exceeding 6 kg, and manufacturing cost under ₹5000. The bot must operate effectively within specified environmental conditions, including varying wind speeds, temperature ranges, and compatible with a defined range of rope diameters and materials. These constraints must be met without compromising the bot's ability to perform stable, autonomous movement and maintain safety.

final problem defination

Design and develop a lightweight, compact, and energy-efficient Rope Walking Bot that can autonomously navigate a rope while maintaining stability and balance, ensuring safety, and adapting to varying environmental conditions, fitting within a 2ft×2ft×2ft enclosure, weighing no more than 6 kg, having manufacturing cost under ₹5000 and operating within specified wind speed, temperature, rope diameter, and rope material constraints.