Irobot About Us

IRobot is a leading American technology company globally recognized for its innovative robotic vacuum cleaners, particularly the Roomba, and other automated home solutions.

Founded in 1990 by Rodney Brooks, Colin Angle, and Helen Greiner, iRobot emerged from the Massachusetts Institute of Technology MIT Artificial Intelligence Lab with a vision to make practical robots a reality for everyday life.

Over three decades, the company has evolved from developing robots for space exploration and defense to becoming a household name synonymous with smart home automation, dedicated to enhancing convenience and efficiency through cutting-edge robotic technology.

While iRobot primarily focuses on cleaning robots, the broader category of home automation offers a fascinating glimpse into how technology is transforming our living spaces.

Here’s a comparison of top non-edible smart home products, encompassing various aspects of home automation:

Product Comparison List: Smart Home Innovations

Product Name	Key Features	Average Price	Pros	Cons
iRobot Roomba j7+	Self-emptying base, PrecisionVision Navigation, Pet waste recognition, Smart mapping	$600 – $800	Excellent navigation, avoids obstacles well, hands-free emptying, great for pet owners	High initial cost, can be noisy on hard floors
Ecovacs Deebot X1 Omni	Auto-emptying, auto-water refill, auto-drying, AI voice assistant, built-in camera	$1,200 – $1,500	All-in-one cleaning solution, comprehensive features, effective mopping	Very expensive, large charging dock, app can be complex
Roborock S7 MaxV Ultra	Auto-emptying, auto-mop washing and drying, reactive 3D obstacle avoidance, LiDAR navigation	$1,100 – $1,400	Superior obstacle avoidance, strong suction, self-cleaning dock, efficient	High price point, maintenance of the dock required
Philips Hue Starter Kit	Smart bulbs with millions of colors, dimming, scheduling, app control, voice control compatibility	$70 – $150	Easy to set up, vast color range, integrates with many smart home ecosystems, creates ambiance	Can be expensive to expand, requires a bridge for full functionality
Ring Video Doorbell Pro 2	Head-to-toe HD+ video, 3D motion detection, Bird’s Eye View, Two-way talk, Quick Replies	$200 – $250	Wide field of view, advanced motion detection, clear video, robust app features	Requires wired installation, subscription needed for full features
Google Nest Hub 2nd Gen	Smart display with Google Assistant, Sleep Sensing, YouTube, Netflix, smart home control	$80 – $100	Excellent smart home control, good sound quality, useful display for recipes/videos, sleep tracking	Camera-less, no local processing of sleep data
Arlo Pro 4 Spotlight Camera	2K HDR video, integrated spotlight, color night vision, two-way audio, wire-free	$180 – $220	High-quality video, easy installation, long battery life, siren and spotlight for deterrence	Subscription required for cloud storage and advanced features

The Genesis of Innovation: iRobot’s Foundational Journey

IRobot’s story isn’t just about selling vacuums. it’s about pushing the boundaries of robotics itself. Think of it like this: Before you can run a marathon, you need to learn to walk. For iRobot, those early steps involved some seriously complex endeavors, far beyond what most people associate with a home appliance company. The company was born out of the fertile intellectual ground of MIT’s Artificial Intelligence Lab in 1990. This wasn’t a garage startup. it was a venture fueled by cutting-edge research and a deep understanding of robotic principles.

The three co-founders, Rodney Brooks, Colin Angle, and Helen Greiner, weren’t just academics. they were visionaries who saw the potential for robots to move beyond industrial settings and into everyday life. Their initial focus wasn’t on domestic chores, but on more ambitious projects:

• Space Exploration: Early projects included developing robots for NASA, demonstrating the team’s prowess in creating machines that could operate in challenging, unstructured environments. This kind of experience is invaluable when designing a robot that needs to navigate a cluttered living room.
• Defense and Security: iRobot also delved into creating robots for military and public safety applications. The PackBot, for instance, became a crucial tool for explosive ordnance disposal EOD in war zones, saving countless lives. This highlighted their ability to build robust, reliable, and adaptable robots under extreme pressure. It’s like taking a special operations force and then teaching them how to efficiently clean your kitchen floor – the underlying skills are profoundly transferable.
• Research and Development: Beyond specific products, iRobot was a hub for fundamental robotics research. They were exploring concepts like behavioral robotics, which is all about enabling robots to react intelligently to their surroundings without needing explicit, step-by-step programming for every scenario. This is the secret sauce behind Roomba’s ability to navigate your home, adapting to furniture and obstacles on the fly.

This early work established a critical foundation. It wasn’t just about building robots. it was about building intelligent, autonomous systems. The lessons learned from navigating Mars-like terrains or disarming bombs directly informed the algorithms and sensor technologies that would eventually make the Roomba so effective. Without these demanding, high-stakes projects, the leap to a consumer robot would have been far less impactful, perhaps even impossible. It’s like a seasoned athlete who trains for a triathlon but ends up winning a sprint. the underlying conditioning makes the sprint seem easy.

The Roomba Revolution: Democratizing Robotics

If iRobot’s early days were about laying the groundwork, the launch of the Roomba in 2002 was the moment the world sat up and took notice. This wasn’t just another gadget. it was a paradigm shift. Before Roomba, the idea of a robot autonomously cleaning your floors felt like something out of a science fiction movie. Roomba made it real, accessible, and surprisingly effective.

The brilliance of the Roomba wasn’t just in its ability to vacuum, but in its simplicity of operation and its approach to navigation: Garage Gym Reviews Shoes

• “Dirt Detect” Technology: One of Roomba’s early innovations was its ability to sense dirtier areas and spend more time cleaning them. This wasn’t just random movement. it was targeted cleaning, a hallmark of intelligent design.
• Adaptive Navigation: Unlike earlier, more primitive robotic vacuums that often got stuck or missed large areas, Roomba used a combination of sensors infrared, acoustic, bump to navigate. It didn’t map a room precisely in the early days like modern robots do, but it used a series of algorithms to cover the floor effectively, adapting to obstacles. This “behavior-based” approach, honed from their defense work, allowed it to operate effectively in unpredictable home environments.
• User-Friendly Design: iRobot understood that for a robot to be adopted by the masses, it couldn’t be complicated. The Roomba was designed to be easy to use: press a button, and it cleans. This simplicity masked years of complex engineering.

The Roomba wasn’t an instant smash hit everywhere, but it steadily gained traction, particularly in the United States and Europe. Its initial reception was mixed, with some skeptics questioning its effectiveness compared to a traditional vacuum. However, word-of-mouth and continuous improvements quickly turned it into a phenomenon. By 2004, iRobot had sold over a million Roombas, a testament to its burgeoning popularity. Fast forward to 2012, and they hit the 10 million mark, solidifying its status as a household staple.

The impact of Roomba extended far beyond just cleaning floors:

• Pioneering the Smart Home: Roomba arguably kickstarted the mainstream smart home revolution. It showed consumers that autonomous devices could genuinely simplify daily tasks, paving the way for smart lights, thermostats, and security systems.
• Normalizing Robotics: For many, Roomba was their first personal robot. It demystified robotics, making it less of a futuristic concept and more of a practical tool. This normalization fostered greater acceptance and interest in other robotic applications.
• Inspiring Competitors: The success of Roomba naturally led to a surge of competitors. This healthy competition pushed iRobot and the industry as a whole to innovate faster, leading to continuous improvements in battery life, navigation, app control, and specialized cleaning features like mopping. It’s the classic market dynamic where success breeds innovation, benefiting consumers.

The Roomba’s journey from a niche gadget to a global icon underscores iRobot’s commitment to making sophisticated technology user-friendly and impactful.

Expanding the Horizon: Beyond the Vacuum

While the Roomba might be iRobot’s most famous child, the company’s innovation doesn’t stop there.

Think of it like a tech company that nails one flagship product, but then uses that expertise to branch out and tackle related challenges. Champion Dual Fuel Inverter Generator Reviews

IRobot has steadily expanded its portfolio, leveraging its core competencies in robotics, navigation, and autonomous operation to address other household needs.

The expansion often follows a logical progression, moving from floor cleaning to other aspects of home maintenance. Key products and initiatives include:

• Braava Jet Mopping Robots: Recognizing that vacuuming is only half the battle when it comes to floor care, iRobot introduced the Braava line. These robots are designed specifically for mopping, using precision jet spray and vibrating cleaning heads to tackle sticky messes and grime.
  • Key Features: Different cleaning modes wet mopping, damp sweeping, dry sweeping, precision jet spray, compatibility with various floor types hardwood, tile, stone.
  • Integration: Modern Braava models, like the Braava jet m6, can link with Roomba vacuum cleaners. This means a Roomba can vacuum first, then automatically send the Braava to mop the same area, creating a seamless, two-step cleaning process. This level of interoperability is a significant step towards a fully automated smart home.
• Roomba Combo Models: In a strategic move to offer an all-in-one solution, iRobot has recently launched Roomba Combo models. These robots are designed to vacuum and mop simultaneously.
  • Dual Functionality: These units incorporate both vacuuming suction and a mopping system, often with a detachable water tank and mop pad.
  • Target Audience: They appeal to users who want the convenience of both cleaning tasks in a single device, simplifying their robotic fleet. While dedicated moppers like the Braava jet m6 might offer superior mopping, the Combo models provide excellent convenience.
• Terra Lawn Mowing Robot Discontinued/Paused: This was an ambitious project that showcased iRobot’s intent to move beyond indoor environments. The Terra was designed to autonomously mow lawns, using similar navigation principles to the Roomba but adapted for outdoor, less structured environments.
  • Innovation: It used radio beacons rather than perimeter wires, offering more flexible installation.
  • Challenges: The outdoor environment presents unique challenges weather, varied terrain, garden obstacles that are significantly more complex than indoor settings. While the product was available in limited markets, iRobot has since paused its development to focus on its core indoor cleaning business. This demonstrates that even successful companies face hurdles when venturing into new, complex territories, and strategic pivots are sometimes necessary.

This diversification strategy is about creating an ecosystem of cleaning robots. It’s not just about selling individual units, but about providing a comprehensive solution for home maintenance. The ability of these robots to communicate and coordinate, as seen with the Roomba-Braava link, signifies a move towards truly intelligent home automation. iRobot understands that the future of home robotics isn’t just about isolated gadgets, but about a network of devices working together seamlessly.

The Technological Core: How iRobot’s Brains Work

At the heart of every iRobot product is a sophisticated blend of hardware and software, often referred to as the “brain” of the robot. This isn’t just about a motor and a dustbin.

It’s about complex algorithms, an array of sensors, and continuous learning capabilities that allow these machines to interact intelligently with their environment. Best Cordless Chainsaw Under $200

Understanding this technological core reveals why iRobot has maintained its leadership position.

Let’s break down the key technological components:

• iAdapt® Navigation Technology: This is iRobot’s proprietary navigation system, which has evolved significantly over the years.
  • Early Roombas iAdapt 1.0: Relied on “reactive” behavior. They used bump sensors, dirt detection sensors, and cliff sensors to navigate. Their cleaning pattern was seemingly random but designed to ensure multi-pass coverage over time. It was effective but less efficient than later versions. Think of it like a meticulous, slightly disorganized cleaner who eventually gets every spot.
  • Advanced Roombas iAdapt 2.0 with Visual Localization: Models like the Roomba 900 series introduced visual localization using a camera. This allowed the robot to build a visual map of its environment as it cleaned, enabling more systematic, linear cleaning paths and better coverage. It knew where it had been and where it needed to go.
  • PrecisionVision Navigation Roomba j-series: The latest evolution, seen in the Roomba j7 and j9, uses advanced camera technology combined with machine learning. This system is specifically designed to identify and avoid common household obstacles like power cords, pet waste, and shoes. It’s not just avoiding. it’s recognizing what it’s avoiding, which is a critical leap in robot intelligence. iRobot even offers an “Pet Owner Official Promise P.O.O.P.” for j-series models, guaranteeing they will avoid pet waste. That’s confidence built on superior tech.
• Sensors Galore: iRobot vacuums are packed with a variety of sensors that provide constant feedback about their surroundings.
  • Optical Sensors: Used for mapping, visual localization, and detecting dirt.
  • Acoustic Sensors: Often used in “Dirt Detect” mode to identify areas with higher concentrations of debris e.g., small particles hitting the microphone.
  • Infrared Sensors: For cliff detection preventing falls down stairs and proximity sensing avoiding collisions.
  • Tactile Bump Sensors: For physical contact with obstacles, triggering directional changes.
• AeroForce® Cleaning System: Beyond navigation, the cleaning performance itself relies on innovative mechanical design.
  • Multi-Surface Rubber Brushes: Replaced traditional bristle brushes in higher-end models. These flexible rubber brushes adjust to different floor types and are less prone to tangling with hair.
  • Powerful Suction: Engineered to capture fine dust, debris, and pet hair efficiently.
  • High-Efficiency Filter: Traps allergens and fine particles, improving air quality.
• Machine Learning and AI Integration: This is where iRobot really shines in its newer models.
  • Object Recognition: Training robots with vast datasets of household objects allows them to identify and react intelligently to items on the floor. For example, recognizing a charging cable versus a rug.
  • Personalization: The iRobot Home App learns your cleaning preferences and habits over time, suggesting personalized cleaning schedules. It can even suggest extra cleaning during allergy seasons or pet shedding periods.
  • Imprint® Smart Mapping: This technology allows the robot to learn the layout of your home, enabling you to define specific rooms, create clean and no-go zones, and direct the robot to clean specific areas via the app or voice commands e.g., “Roomba, clean the kitchen”. This transforms a vacuum from a simple appliance into a smart, controllable part of your home.

This continuous evolution of technology is not just about making robots smarter.

It’s about making them more effective, reliable, and genuinely useful in daily life.

IRobot invests heavily in R&D, filing numerous patents, which ensures they remain at the forefront of robotic innovation. Get Money From Home Online

The Smart Home Ecosystem: Integration and Connectivity

This isn’t just about having an app. it’s about seamless interaction and control:

• iRobot Home App: This is the central command center for all iRobot devices. It provides:
  • Control and Scheduling: Start, pause, or stop cleaning cycles. set daily or weekly schedules.
  • Mapping and Zone Control: View your home’s map, define specific rooms, create “Keep Out Zones” or “Clean Zones” for targeted cleaning. This is crucial for customizing where and when your robot cleans.
  • Performance Reports: See where your robot has cleaned, check its history, and receive maintenance alerts e.g., “empty bin,” “clean brushes”.
  • Personalized Suggestions: The app learns your cleaning habits and might suggest extra cleaning during peak allergy seasons or pet shedding periods.
  • OTA Over-the-Air Updates: iRobot regularly pushes software updates through the app, adding new features, improving navigation, and enhancing performance, ensuring your robot gets smarter over time without hardware upgrades. This is a critical factor in the long-term value of a smart device.
• Voice Assistant Integration: iRobot has embraced the popularity of voice control, allowing users to command their robots using natural language.
  • Amazon Alexa: “Alexa, tell Roomba to start cleaning.” “Alexa, tell Roomba to stop cleaning the kitchen.”
  • Google Assistant: “Hey Google, start the robot.” “Hey Google, send the robot to the living room.”
  • This hands-free control is incredibly convenient, especially when your hands are full or you’re across the room.
• Imprint® Link Technology: This is iRobot’s proprietary communication protocol that allows its robots to work together.
  • Roomba and Braava Jet Coordination: As mentioned earlier, Roomba can finish vacuuming and then signal a Braava jet mopping robot to begin mopping the same area. This sequential cleaning is a must for automated floor care, ensuring both tasks are completed without manual intervention between steps.
  • This type of cross-device communication is a key indicator of a mature smart home ecosystem. It moves beyond simple remote control to true automation.
• IFTTT If This Then That Compatibility: While less prominently advertised for direct user control, iRobot devices are often compatible with platforms like IFTTT. This allows users to create custom automations and rules, linking their iRobot with other smart home devices or services.
  • Examples: “If my smart lock detects I’ve left the house, then start the Roomba.” “If my security camera detects motion, then tell the Roomba to return to its base.” This level of customization empowers users to tailor their smart home experience to their specific needs and preferences.

Corporate Philosophy and Social Impact: Beyond Profit

While iRobot is a publicly traded company driven by innovation and market share, its corporate philosophy extends beyond mere profit.

The company has demonstrated a consistent commitment to ethical practices, environmental responsibility, and social impact, weaving these values into its operations and outreach. This isn’t just good PR.

It’s a reflection of a deeper understanding of corporate citizenship in the 21st century. Make Yourself Fall Asleep

Consider these aspects of their corporate ethos:

• Environmental Stewardship:
  • Recycling Programs: iRobot actively promotes and facilitates the recycling of its products, understanding the environmental impact of electronic waste. They often partner with certified recyclers to ensure components are disposed of responsibly.
  • Energy Efficiency: Their robots are designed with energy efficiency in mind, optimizing battery life and power consumption during cleaning cycles and while charging. This not only benefits the environment but also reduces operating costs for consumers.
  • Sustainable Packaging: Efforts are made to reduce plastic and use more recyclable materials in their product packaging, aligning with broader sustainability goals.
• Commitment to Education and STEM:
  • Robotics Education: iRobot has historically been a strong proponent of STEM Science, Technology, Engineering, and Mathematics education. They have supported educational initiatives, robotics competitions like FIRST Robotics, and programs designed to inspire the next generation of engineers and scientists. This investment in future talent is crucial for the advancement of the robotics field as a whole.
  • Research Partnerships: The company often collaborates with universities and research institutions, fostering a symbiotic relationship that pushes the boundaries of robotic science while also providing practical applications for academic research.
• Ethical AI and Data Privacy:
  • User Data Protection: With robots that map homes and collect data, iRobot places a significant emphasis on data privacy and security. They have clear privacy policies explaining how user data is collected, used, and protected, adhering to regulations like GDPR and CCPA. Users typically have control over their data and can opt out of certain data sharing features.
  • Responsible AI Development: As AI becomes more sophisticated, the ethical implications of autonomous systems become paramount. iRobot is involved in discussions and initiatives surrounding responsible AI development, ensuring their technology is used for beneficial purposes and avoids unintended negative consequences. This includes considerations for bias in algorithms and transparency in how AI decisions are made.
• Employee Culture:
  • iRobot strives to create a workplace culture that fosters innovation, collaboration, and diversity. They often highlight their commitment to employee well-being, professional development, and creating an inclusive environment where different perspectives are valued. A strong internal culture often translates to better products and customer service.

This multi-faceted approach to corporate responsibility distinguishes iRobot from companies solely focused on quarterly earnings.

It reflects a belief that long-term success is intertwined with positive contributions to society and the environment.

By investing in education, protecting user data, and striving for environmental sustainability, iRobot aims to build not just great products, but also a legacy of responsible innovation.

The Future of iRobot: Navigating the Smart Home Landscape

The acquisition by Amazon, though ultimately blocked due to regulatory concerns in the EU, clearly indicated iRobot’s strategic value and the desire for integration into larger ecosystems.

Best Gaming Monitor For Value

So, what does the future hold for iRobot? It’s likely to be characterized by:

• Enhanced AI and Machine Learning: This is arguably the most critical area of development. Future iRobot devices will be even smarter, capable of:
  • More Granular Object Recognition: Distinguishing between a charging cable and a sock, or identifying spilled liquids vs. solid debris.
  • Predictive Cleaning: Learning user habits to anticipate cleaning needs e.g., knowing when a specific room is often used and suggesting a clean, or integrating with weather patterns to clean more often when windows are open.
  • Personalized Automation: Moving beyond simple scheduling to truly intuitive automation based on lifestyle and environmental factors.
  • Edge AI: Processing more data directly on the robot itself, reducing reliance on cloud computing and enhancing privacy and speed.
• Advanced Mapping and Navigation: While current mapping is excellent, expect further refinements:
  • 3D Mapping: Creating more detailed, volumetric maps of spaces to better navigate complex environments and identify obstacles.
  • Multi-Floor Mapping Improvements: More seamless transitions and better recognition of different levels in a home.
  • Contextual Awareness: Robots understanding not just where things are, but what they are and their functional relevance within a home.
• Broader Home Automation Integration: Even without Amazon’s acquisition, iRobot will likely continue to strengthen its partnerships and integration with other smart home platforms.
  • Matter and Thread: As new smart home standards like Matter and Thread gain traction, expect iRobot products to become compliant, ensuring even wider compatibility and easier setup with other devices.
  • APIs for Developers: Opening up their platform to third-party developers could lead to innovative new uses and integrations, much like a smartphone app store.
• Specialized Robotics and Niche Applications:
  • While floor cleaning remains core, iRobot might revisit other domestic robotics. This could include air purification robots, window cleaning robots, or even more complex home maintenance bots, provided the technology is mature and the market demand is clear. The key is to solve real problems with effective robotic solutions.
  • Modular and Adaptable Designs: Future robots might feature more modular components, allowing for easier upgrades or adaptation to new tasks.
• Sustainability and Longevity: As consumers become more environmentally conscious, iRobot will likely continue to focus on:
  • Repairability: Designing robots that are easier to repair, extending their lifespan and reducing electronic waste.
  • Recyclable Materials: Increasing the use of recycled and recyclable materials in manufacturing.
  • Energy Efficiency: Further optimizing power consumption.

The smart home market is characterized by rapid innovation and intense competition.

IRobot’s ability to maintain its leadership will depend on its continued investment in cutting-edge R&D, its strategic partnerships, and its unwavering focus on delivering practical, user-friendly robotic solutions that genuinely improve daily life. It’s not just about building a robot.

It’s about building a reliable, intelligent partner for the home. Pc Gaming Websites

Frequently Asked Questions

What is iRobot known for?

IRobot is primarily known for pioneering and popularizing robotic vacuum cleaners, most notably the Roomba, and for its line of robotic mops, the Braava Jet.

The company is recognized for bringing practical, autonomous robots into consumer homes worldwide.

When was iRobot founded and by whom?

IRobot was founded in 1990 by Rodney Brooks, Colin Angle, and Helen Greiner, who were all researchers at the Massachusetts Institute of Technology MIT Artificial Intelligence Lab.

Where is iRobot headquartered?

IRobot is headquartered in Bedford, Massachusetts, United States.

What was iRobot’s original mission?

IRobot’s original mission was to make practical robots a reality and to develop robots for space exploration and defense applications, leveraging advanced artificial intelligence and robotics research. Robot Vacuum Black Friday

What is the iRobot Roomba?

The iRobot Roomba is a series of robotic vacuum cleaners designed to autonomously navigate and clean floors in homes.

It was first introduced in 2002 and has undergone numerous technological advancements since then.

How does the Roomba navigate a home?

Modern Roomba models use a combination of technologies including iAdapt® Navigation, visual localization cameras, optical sensors, acoustic sensors, and tactile bump sensors to map a home, detect dirt, avoid obstacles, and clean systematically.

What is iAdapt® Navigation Technology?

IAdapt® Navigation is iRobot’s proprietary system that allows its robots to navigate and clean effectively.

It has evolved over generations, from reactive cleaning patterns to systematic mapping and obstacle recognition using cameras and machine learning. Ifit Proform Treadmill Manual

Can Roomba avoid pet waste?

Yes, newer Roomba models, specifically the Roomba j-series e.g., j7, j9, feature PrecisionVision Navigation with machine learning, enabling them to recognize and avoid solid pet waste.

IRobot even offers a “Pet Owner Official Promise P.O.O.P.” for these models.

What is the iRobot Braava Jet?

The iRobot Braava Jet is a line of robotic mops designed to wet mop, damp sweep, or dry sweep hard floors.

It often works in conjunction with Roomba vacuum cleaners to provide a complete floor cleaning solution.

Can iRobot products work together?

Yes, iRobot’s Imprint® Link Technology allows certain Roomba vacuum cleaners and Braava Jet mopping robots to communicate and coordinate. Rowing How Many Calories Burned

For example, a Roomba can finish vacuuming and then tell a Braava Jet to start mopping the same area.

What is the iRobot Home App?

The iRobot Home App is a mobile application that allows users to control, schedule, and monitor their iRobot vacuum cleaners and mops.

It provides features like smart mapping, clean zones, no-go zones, and cleaning history.

Is iRobot compatible with voice assistants like Alexa or Google Assistant?

Yes, most modern iRobot Roomba and Braava Jet models are compatible with popular voice assistants such as Amazon Alexa and Google Assistant, allowing for hands-free control.

Crossfit Workout Machine

Did Amazon acquire iRobot?

Amazon had proposed to acquire iRobot, but the deal was ultimately terminated in January 2024 due to regulatory concerns, particularly from the European Union.

Does iRobot make other robots besides cleaners?

Historically, iRobot developed robots for space exploration, defense like the PackBot for bomb disposal, and medical applications.

However, their current primary focus for consumers is on home cleaning robots.

They had a lawn-mowing robot called Terra, but its development has been paused.

What is the AeroForce® Cleaning System?

The AeroForce® Cleaning System is iRobot’s advanced cleaning technology found in many Roomba models. Make Money From

It features multi-surface rubber brushes, powerful suction, and a high-efficiency filter to effectively capture dirt, debris, and pet hair.

How often should I run my Roomba?

The frequency depends on your home’s size, traffic, and presence of pets.

Many users run their Roomba daily or every other day for general maintenance.

Do iRobot products require maintenance?

Yes, like any appliance, iRobot products require regular maintenance to ensure optimal performance.

This includes emptying the dustbin, cleaning brushes, replacing filters, and wiping sensors. Best Mattress For Couples 2025

The iRobot Home App provides maintenance reminders.

Can Roomba clean multiple floors?

Yes, many Roomba models have multi-floor mapping capabilities, allowing them to save maps for different levels of your home.

You would manually move the robot between floors, and it would recognize its location.

What are “Keep Out Zones” and “Clean Zones”?

These are features in the iRobot Home App that allow users to define specific areas on their home map.

“Keep Out Zones” instruct the robot to avoid certain areas, while “Clean Zones” allow users to send the robot to clean specific small areas on demand. Struggling To Fall Asleep

Is iRobot focused on sustainability?

Yes, iRobot has stated commitments to sustainability, including promoting recycling of its products, designing for energy efficiency, and using more sustainable materials in packaging.

Does iRobot collect my home data?

Yes, iRobot robots with mapping capabilities collect data about your home’s layout to navigate and clean efficiently.

IRobot states they have strict privacy policies and users have control over their data, with options to delete or opt out of certain data sharing.

What is the “Dirt Detect” feature?

Dirt Detect is an iRobot technology that allows the robot to identify concentrated areas of dirt using acoustic or optical sensors and spend more time cleaning those specific spots to ensure a thorough clean.

What is Imprint® Smart Mapping?

Imprint® Smart Mapping is a technology that allows the robot to learn the layout of your home, creating a detailed map in the iRobot Home App. Coop Garage Gym

This enables features like room-specific cleaning, scheduled cleaning by room, and creating zones.

Are iRobot products expensive?

IRobot products, particularly the higher-end Roomba and Braava models, can be a significant investment compared to traditional cleaning appliances.

However, they offer a high level of automation and convenience, which justifies the price for many users.

How long do Roomba batteries last?

Battery life varies by model and usage, but most Roomba batteries are designed to last for several years with proper care.

A typical cleaning cycle can last from 60 to 180 minutes depending on the model and floor type.

Can Roomba clean carpets and hard floors?

Yes, Roomba robots are designed to effectively clean both carpets low to medium pile and hard floors hardwood, tile, laminate. Their cleaning systems adjust to different floor types.

What happens if Roomba gets stuck?

If a Roomba gets stuck, it will typically send an alert to the iRobot Home App.

Newer models are designed with improved navigation and obstacle avoidance to minimize getting stuck.

Does iRobot offer customer support?

Yes, iRobot provides comprehensive customer support through its website, phone support, and the iRobot Home App, including troubleshooting guides, FAQs, and contact options for assistance.

What is the average lifespan of an iRobot Roomba?

With proper maintenance, many iRobot Roomba models can last between 5 to 7 years or even longer.

Battery replacement may be necessary during its lifespan.

How has iRobot contributed to STEM education?

IRobot has historically been a strong supporter of STEM Science, Technology, Engineering, and Mathematics education, often participating in and sponsoring robotics competitions and educational programs to inspire future innovators.

0.0 0.0 out of 5 stars (based on 0 reviews) Excellent0% Very good0% Average0% Poor0% Terrible0% There are no reviews yet. Be the first one to write one. Your review Your overall rating Select a Rating5 Stars4 Stars3 Stars2 Stars1 Star Title of your review Your review Your name Your email This review is based on my own experience and is my genuine opinion. ​ Submit Review

Amazon.com: Check Amazon for Irobot About Us Latest Discussions & Reviews: