£120.00

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£120 today · previous high £120 · all-time low £114

Institution of Engineering & Technology Wearable Exoskeleton Systems: Design, Control & Applications

Amazon

Price History & Forecast

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Last 63 days · 63 data points (no recent data)

Historical
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£120.00 £113.84 £115.18 £116.53 £117.87 £119.22 £120.56 01 August 2026 16 August 2026 01 September 2026 16 September 2026 02 October 2026
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Price Distribution

Price distribution over 63 days • 4 price levels

Days at Price
Current Price
13 days 13 days 14 days 23 days · current 0 6 12 17 23 £114 £115 £117 £120 Days at Price

Price Analysis

Most common price: £120 (23 days, 36.5%)

Price range: £114 - £120

Price levels: 4 different prices over 63 days

Description

Wearable Exoskeleton Systems: Design, Control and Applications is a comprehensive engineering reference that explores the theoretical foundations and practical implementation of exoskeleton technology. Published by the Institution of Engineering and Technology, this book addresses the complete lifecycle of wearable exoskeleton development, from fundamental design principles through advanced control strategies to real-world deployment scenarios. The work integrates control theory, robotics, and sensor systems to equip engineers and researchers with the knowledge needed to develop next-generation wearable robotic systems. Whether you are designing powered assistance devices, rehabilitation exoskeletons, or industrial augmentation systems, this authoritative guide provides the technical depth and applications framework essential for advancing exoskeleton innovation and implementation across diverse fields.

Key Features

Comprehensive coverage of wearable exoskeleton design methodology, control systems, and practical applications for engineers and roboticists.

Published by the Institution of Engineering and Technology, offering authoritative technical guidance grounded in professional engineering standards.

Integrates control theory, robotics principles, and sensor technologies to address the complete exoskeleton development process.

Covers real-world applications spanning rehabilitation, industrial augmentation, and assistive technology implementations.

Provides both theoretical foundations and practical design strategies for developing functional wearable robotic systems.

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