In 2005, many viewers were delighted by the exciting movie “Robots” in which they are invited to follow the story of how these heroic robots and humans are the only remaining survivors in a breath-taking city. The visually astounding film by Chris Wedge and Carlos Saldanha not only won over the audience from the first minute with delightful characters, gripping adventures, and constant learning but also intrigued the public with its spectacular visuals. This article will go into detail about “Robots”, which came out in 2005, reviewing its plot, characters, animation technique, the theme, and the way it still touches the viewers today.

Plot Overview

The movie ‘Robots’ revolves around the life of Rodney Copperbottom, a teenage robot (Ewan McGregor) thrilled about inventing, much like his idol Bigweld. Set on improving life in the Robotic City, Rodney seeks advice from Bigweld. In this process, he encounters unique characters including Fender, played by Robin Williams, the capable Cappy played by Halle Berry, and the villainous Ratchet, played by Greg Kinnear.

Ratchet plots to rid Robot City of rusty robots to make way for new models. Rodney, our protagonist, faces the challenges of the city and stands up against Ratchet’s schemes. Over time, he learns invaluable lessons in friendship, steadfastness, and authenticity. With a combination of humor, affection, and gorgeous animation, ‘Robots’ is an ideal illustration of a timeless story of bravery and self-confidence.

Characters and Voice Cast

  1. Rodney Copperbottom (Voiced by Ewan McGregor): The feature character with an inspiring and ingenious personality who aims to bring a change inside the city of robots.
  2. Fender (Voiced by Robin Williams): A warm and cute robot full of everything nice– like troubles and jokes.
  3. Cappy (Voiced by Halle Berry): A fresh and plucky robot who repeatedly aids and assists Rodney in his mission of meeting Bigweld.
  4. Ratchet (Voiced by Greg Kinnear): The primary antagonist character who wants to earn money by building newer and upgraded bots for such occasions.

Added to the star-studded line-up are Mel Brooks, Amanda Bynes, Drew Carey, Jennifer Coolidge, and other actors, all of whom breathe life into the characters with their intelligent and funny TV ad-libs.

Animation Style and Visuals

The film ‘Robots’ employs CGI technology, making the visually stunning Robot Town both visually impressive and practically realized. With a dazzling color scheme, elaborate character designs, and well-drawn backgrounds, ‘Robots’ is a visual treat that immerses the audience in a world dominated by robots. The level of detail is impeccable, providing the robots with mechanical intricacy while showcasing their individual personalities and emotions.

The movie’s action scenes are energetic and impressive, depicting the robots’ mobility and dexterity as they perform stunts with complex and unbelievably bravado moves. The film not only builds tension through fast races or vertigo-inducing stunts but also keeps the viewers on the edges of their seats.


Themes and Messages

“Robots” as a movie touches the aspects of individuality, acceptance, innovations, and being anti-tyranny. By letting Rodney fight to express his own authenticity, be confident, and never abandon his dreams, the film sets the impetus for viewers to embrace who they are and never to give up on their aspirations. The necessity of friendship, loyalty, and having a true view of one’s values is also highlighted as Rody forms valuable relationships with his fellow robots.

Additionally, the movie addresses social issues such as class consciousness, consumerism, and the role of technology in society. It delves into significant challenges like the clash between development and tradition, the cultural value within community units, and the power of unity in overcoming adversity.

Impact on Audiences

Being premiered in 2005, “Robots” received acclaim for its deep storyline, amazing animation, endearing characters, and warm humanism. Audiences of all ages marveled at the creation of imaginary worlds, witty phrases, and later in life, missed the sweet moments that touched them even after watching the film.

‘Robots’—released since then—has been regarded as a memorized favorite and a nostalgia piece in the animation film genre for its classic yet still relevant stories about bravery and friendship. The movie, over time, has evolved into an iconic symbol through merchandise, video game adaptations, theme park rides, and continued appreciation by fans globally.

The 2005 animated picture “Robots” never fails to impress viewers with its creative narrative, striking images, and universal themes of bravery, tenacity, and friendship. The film’s ongoing success is evidence of its enduring power to captivate audiences, drawing them into its futuristic world of endearing characters, lessons, and adventures, encouraging everyone to dream big, aim high, and embrace uniqueness in a world of limitless possibilities.


What were the major advancements in robotics in 2005?

The year 2005 marked a historical moment in the history of robotics, witnessing numerous breakthroughs that not only led to the creation of new products but also opened new areas of application.

Integration of People and Robots

In 2003, KUKA aimed to become the first manufacturer of robots facilitating interaction between humans and robots through the introduction of Robocoaster. This marked a remarkable progress in the collaboration between humans and robotics in the industrial sphere, aiming to create safer and more productive workplaces.

Artificial Intelligence in Robotics

The milestone reached in the AI field of robotics with the creation of Shakey, an engineer at the Stanford Research Institute (SRI), is worth noting. The robot had the full range of skills needed for the mission: reach the task, execute the task, and explore its environment with cameras, range sensors and touch-sensitive whiskers. Thus a functional pattern for future robotics was developed that was able to plan and adapt to its environment.

Small Electric-Powered Six-Axis Robot

In 1969, Victor Scheinman built the first-ever electric-powered jointed robot arm with the size of a human arm, known as the Stanford hand. This innovation, which was free from the constraints in hydraulic systems, had the potential to allow robots to move faster and in a more efficient way. Thus, many applications for robots in different industries were made possible.

Pick and Place Robots

In 1978, the Japanese automation researcher Hiroshi Makino had an idea for the SCARA which Stands for (Selective Compliance Assembly Robot Arm). The SCARA robot was developed for high speed, amazing precision and swift pick and place of small items. This transformation made the assembly line automation used for production in various industries more effective.

Industrial Robotic Arms

The deployment of Unimate, the first industrial robotic arm, in a General Motors plant on the factory floor in 1959, became a turning point for using automation in industrial manufacturing. Here, Unimate was made by George Devol and Joseph Engelberger who let this robot reliably pick and stack hot metal gas. This illustrated that robots could do tasks repetitively as well.

The first milestone in robotics in the early 21st century was the explosion of its development, and as a result, numerous industries, from manufacturing and assembling, started using robots. The robotization of production, completed with the help of artificial intelligence, electric-powered devices, and robotic arms, has dramatically changed and improved the effectiveness of the working process. As a result, these tools are indispensable in various sectors for productivity, efficiency, and safety. Going forward with the tech world, robotics is becoming an inevitable force in the future of automation and innovation.


What were the most significant applications of robots in 2005?

The year 2005 was a significant time for the active use of robots from different areas of industries for different types of operations, which highlighted their applicability for automatization of various industrial processes. Some of the most significant applications of robots in 2005 included:

Industrial Automation

Industrial robots in this field are here to do repetitive tasks previously handled by humans such as food handling, plastic cutting, consumer goods packaging, and continuous improvements in the medical field. Undoubtedly, these robots have a significant contribution to the streamline of production processes, enhancement of productivity as well as ensuring the accuracy of operation of the manufacturing processes.

Material Handling

A wide range of robots operate in industrial facilities, managing materials, assembling parts, welding, and handling radiation. The remarkable ability to perform monotonous physical tasks with accuracy and speed, tasks often avoided by human beings, has allowed robots to take the lion’s share in warehousing and logistic applications.

Welding and Assembly

In assembly processes, such as welding, robotics have found significant preference, especially in industries like automotive and manufacturing that demand precision and consistency. The automation of welding tasks with robots has led to increased productivity, improved quality standards, and enhanced workplace safety in assembly processes.

Autonomous Mobile Robots

In the field of robotics, AMRs have seen a growing implementation due to their versatile functions, encompassing material handling, inventory tracking, and various warehouse tasks. By integrating standard operating procedures and hands-free control, AMRs offer flexibility and adaptability to rugged conditions, effectively automating manual labor—a crucial requirement for enhancing business efficiency.

Educational Robotics

New robots in teaching became really popular in schools and colleges, as they were used in learning STEM (Science, Technology, Engineering, Mathematics) concepts. These robots made it possible for the students to experiment by hand and this brought forth programming capabilities, problem solving aptitude and robotics technology proficiency.

Humanoid Robots

Humanoids, artificial beings designed to mimic humans physiologically and intellectually, were observed in lab studies and service enterprises that focused on constructing human-robot interaction. These robots resembled humans and possessed abilities such as fluent natural language processing, facial recognition, and emotional expression, serving a wide range of purposes.

Large investments in robotics were made globally in 2005, highlighting the expanded field of robot applications in various industries. Particularly in America, robotics investment rose significantly, by 34%, with a focus on industrial automation applications like welding, material handling, and assembly. The adoption of robots serves as a benchmark, signaling the revolutionary impact these new technologies have on industrial routines, leading to efficiency increases, cost savings, and the development of several new technologies worldwide.


Lastly, robots were used worldwide in the year 2005, including in the automation of industry, material handling, welding, mobile autonomous robotics, educational robotics, and humanoid robotics. The penetration of robotics technology into different branches reflects the versatility of the machines, their utility, and their substantial contribution to the development of technological processes during this time. The investment curve in robotics showcased how these unique machines contributed to transforming industrial processes across various sectors.


By Robots Science

Robots Science brings a wealth of knowledge and expertise to the world of robotics and artificial intelligence. With a keen interest in the latest trends and developments in this field, We are committed to providing readers with insightful and informative content that helps them stay up-to-date on the latest advancements in robotics and AI.