Engineering Tomorrow's
Robotic Solutions

Dextera Studios pioneers innovative robotics development aligned with UN Sustainable Development Goals, combining cutting-edge technology with practical engineering to create intelligent mechanical systems for a sustainable future.

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4+
SDG Goals Aligned
100%
Innovation Focus
1
Advanced Projects Towards Sustainablity

Contributing to Global Sustainability

Our robotics innovations directly support the United Nations Sustainable Development Goals, creating technology that drives positive change in education, industry, and sustainable communities.

SDG 3: Good Health and Well-being

Good Health and Well-being

Pioneering robotic hand technology that supports the development of advanced prosthetics and assistive devices for improved healthcare and quality of life.

SDG 8: Decent Work

Decent Work & Economic Growth

Developing automation solutions that enhance productivity while creating opportunities for skilled technical careers.

SDG 9: Industry, Innovation

Industry, Innovation & Infrastructure

Pioneering robotics technologies that drive industrial innovation and build resilient infrastructure.

Featured Project

🎓 SDG 4 🏭 SDG 9 Robotics LEGO SPIKE Prime

Robotic Hand System

An advanced robotic hand built with LEGO SPIKE Prime technology, featuring precise motor control, multiple degrees of freedom, and programmable grip patterns for versatile object manipulation.

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Our Innovation Portfolio

🎓 SDG 4 🏭 SDG 9 Robotics LEGO SPIKE 2025

LEGO SPIKE Prime Robotic Hand

A sophisticated robotic hand system demonstrating advanced mechanical engineering and programmable control. Features articulated fingers with independent motor control, sensor integration, and customizable grip patterns.

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About Dextera Studios

Dextera Studios is a specialized technology company focused on developing innovative robotic solutions that align with the United Nations Sustainable Development Goals. Our approach combines theoretical knowledge with practical engineering to create functional, reliable mechanical systems that make a positive impact.

Founded with a vision to push the boundaries of accessible robotics while contributing to global sustainability objectives, we leverage modern platforms and technologies to build systems that are both sophisticated and practical. Our work emphasizes precision engineering, intelligent control systems, modular design principles, and responsible innovation.

Our Core Values

🎯

Precision Engineering

Every component is meticulously designed and rigorously tested to ensure optimal performance, reliability, and safety in real-world applications.

💡

Sustainable Innovation

We constantly explore new approaches to robotic design that align with environmental and social sustainability goals.

🔧

Technical Excellence

Quality engineering and meticulous attention to detail are at the heart of everything we create and deliver.

Our Team - Collaboration with ZenithX

👨‍💻

Raazi

Front-End Developer & Technology Lead
Owner of ZenithX

🎤

Aabis

Project Leader & Strategic Presenter
Co-Owner of Dextera Studios

🔨

Ahyaan

Lead Engineer & Master Builder
Co-Owner of Dextera Studios

Our SDG Commitment

Every project we undertake is evaluated for its contribution to the UN Sustainable Development Goals. We believe that innovative robotics can be a powerful force for positive change, addressing challenges in education, industry, and sustainable urban development.

LEGO SPIKE Prime Robotic Hand

An advanced mechatronic system demonstrating precision control and biomimetic design principles while supporting quality education and innovation

Project Overview

The LEGO SPIKE Prime Robotic Hand represents a sophisticated integration of mechanical engineering, electronics, and software programming. This project demonstrates how modern robotics platforms can be leveraged to create functional prosthetic-inspired designs with real-world applications.

Built entirely with LEGO SPIKE Prime components, the system features multiple articulated joints, sensor feedback, and programmable control algorithms that enable precise object manipulation and adaptive grip patterns. This project serves as an educational tool while pushing the boundaries of what's possible with accessible robotics platforms.

SDG Impact & Alignment

SDG 3

Good Health and Well Being

Pioneering robotic hand technology that supports the development of advanced prosthetics and assistive devices for improved healthcare and quality of life.

SDG 9

Innovation & Infrastructure

Demonstrates cutting-edge robotics innovation using accessible technology platforms for research and development.

Technical Specifications

Platform LEGO SPIKE Prime
Motors Multiple Spike Prime Motors
Control System Scratch Programming
Degrees of Freedom Multi-axis Movement
Sensor Integration Touch & Force Sensors
Development Time 2025 Project

Key Features

🤖 Articulated Design

Multiple joints allow for natural, fluid movements mimicking human hand mechanics with precision control.

🎯 Precision Control

Advanced motor control algorithms enable accurate positioning and force regulation for delicate operations.

📡 Sensor Integration

Integrated sensors provide real-time feedback for adaptive grip and intelligent object detection.

🔧 Modular Architecture

Component-based design allows for easy modifications and functionality expansion for various use cases.

💻 Programmable Functions

Custom control programs enable various grip patterns, automated sequences, and adaptive behaviors.

🎓 Coming soon to public

We are planning on releasing it to the public, and giving models to Rashid Center for people of determination

rashid-center

Applications & Impact

This robotic hand system demonstrates practical applications across multiple domains including educational robotics, prosthetic design research, and industrial automation prototyping. The modular nature of the design makes it an ideal platform for testing control algorithms and mechanical configurations in academic and research settings.

The project showcases how accessible robotics platforms can be used to explore complex engineering challenges while maintaining practical functionality and real-world applicability. By making advanced robotics concepts accessible through LEGO SPIKE Prime, we're contributing to SDG 4 (Quality Education) and SDG 9 (Industry, Innovation & Infrastructure).

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