The Doosan M1013 is the middleweight all-rounder in Doosan Robotics’ cobot lineup. However, Standard Bots’ RO1 punches above its price class with more reach, more payload, and AI-native controls.

Both are six-axis robots for real industrial use, but their strengths (and limitations) become clear quickly once you look beyond the datasheet. 

In this guide, we’ll stack them side by side and call a clear winner.

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RO1 vs. Doosan M1013: A quick look

Doosan M1013 is like your starter Pokémon. It’s dependable, balanced, and gets the job done. M1013 fits nicely into traditional setups.

RO1 thrives where power, speed, and brainpower actually matter. It’s more like a level 70 boss monster broke the tutorial and rewrote its own attack animations. 

Quick takeaways:

• RO1 is best for scaling teams that want serious reach, real lift, and an AI that doesn’t need hand-holding.
  
• Doosan M1013 is best for steady, general-use automation where versatility matters more than anything else. 

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Doosan M1013 vs. RO1: Quick comparison table

You’ve got two six-axis cobots. Same reach. 

This table shows you who’s pulling weight on the shop floor:

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Quick overview: Doosan’s cobot lineup

Doosan has a whole party of six-axis bots, each with its own vibe. Think of it like picking your fighter in a co-op game; some specialize in power moves, others in precision dodges.

Here’s how the Doosan robotics family stacks up.

Want the full lore? We wrote a whole breakdown on Doosan cobots so you can scope their personalities before picking your main.

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Brief background on RO1 and Doosan M1013

The Doosan M1013 is the workhorse of the Doosan collaborative robot lineup: 10 kg payload, 1.3 m reach, and enough flexibility to cover assembly, pick-and-place, and packaging all day. It’s the definition of “safe choice” in the Doosan cobot catalog.

RO1, meanwhile, does more with less: less time, less setup, less friction. Same 1.3 m reach, nearly double the payload, and an AI-native interface that doesn’t need a Mensa-level IQ to run. 

Want to see what industrial robots can do today? Take a look.

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RO1 vs. Doosan M1013: Feature-by-feature comparison

We’re breaking down where each robot wins and where it gets dunked on. Because once you compare RO1 and the Doosan M1013 side by side, the differences are way more than just payload numbers or arm length.

(Still wondering what these robots really do? Take a look at what’s actually happening on factory floors.)

We’ll keep it funny, but facts don’t lie — and neither do the people who’ve run these bots on live floors.

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Who lifts more: Payload

The M1013 maxes out at 10 kg, which is decent for boxes, bins, and handling plastic parts, but it’s not winning arm day. RO1 throws up 18 kg like it’s pre-workout. Not just stronger. It’s stronger while being smarter.

Example: RO1’s already loading CNCs solo. Meanwhile, the Doosan cobot is still grabbing foam trays and asking for backup.

Winner: RO1 with bigger lifts and bigger gains.

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Same wingspan, different flight plan: Reach

1300 mm of reach on both, but it’s how they use it that counts. M1013 is controlled, clean, and plays well in structured setups. RO1 uses its reach like it’s playing Apex: grabbing two stations at once and calling it a warm-up.

Example: RO1 can span multiple work zones without being remounted. The M1013 needs to stay close to home.

Winner: Technically a draw.

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Precision check: Repeatability

±0.05 mm on M1013 is totally usable. That’s enough for general assembly, pick-and-place, and chill. RO1 tightens it up to ±0.025 mm, which is basically CNC-sniper-tier accuracy.

Example: Bolt-hole indexing, laser alignment, pick-and-place for high-end parts — RO1 can easily handle elite-tier repeat performance.

Winner: RO1 because consistency is king.

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Weight class: Robot weight

M1013 clocks in at 33 kg. RO1 weighs 32.5 kg. Not exactly a major weight class shift. Both are easy to move, mount, and redeploy, even if your team can’t barbell row. 

Winner: Tie, unless you’re benching cobots for reps.

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No-code vs. no thanks: Setup and UI

The Doosan collaborative robot lineup is known for being reliable, but not necessarily intuitive. M1013’s teach pendant gets the job done, but it’s still old-school. RO1 comes with a touchscreen, no-code, and AI-native. CNC operators with zero robot experience got it running faster than trained engineers with UR.

Example: Leo (CNC op) literally outpaced his engineers on day one with RO1. M1013 would’ve required a YouTube playlist and a lot more coffee.

Winner: RO1 miles ahead on usability.

Who fits in where: Deployment style

If your floor is already running Doosan cobots, M1013 slots in easily. No learning curve, no stress. 

But if you’re starting from scratch or scaling fast, RO1’s flexibility, smart interface, and setup speed make it the better, long-term bet.

Winner: M1013 if you're deep in the Doosan ecosystem. RO1 if you're trying to evolve past it.

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User reviews

We dug through verified review sites, case studies, and real-world deployments to see what shops think of these bots. 

Doosan M1013: What people think

This Doosan cobot gets a lot of love for its precision and flexibility, especially in mid-size shops already married to Doosan collaborative robot systems. But reviewers also believe that it can feel a bit clunky if you’re used to more modern interfaces or UR-style drag-and-drop setups.

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Advantages and limitations: Doosan M1013

Sources:

• QVIRO M1013 Reviews
• RG Group Product Page

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RO1: What users think

Here’s where things get spicy. RO1 wins people over, especially operators who’ve never touched a cobot before. From CNC cells to OEM manufacturing, shops say it’s fast to set up, easy to use, and way more affordable than other six-axis bots.

Want to see what makes RO1 different? Take a look.

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Positives and challenges: RO1

Sources:

• CNC testimonial (Henry + Leo)
• Ultrafab case study (Alan Radcliffe)

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Summing up: Which cobot should you choose?

If you want a cobot that learns, actually lifts, and doesn’t need a 90-minute setup playlist, RO1 is your go-to choice. It’s faster to deploy, smarter to operate, and strong enough to make your forklift nervous.

But if your factory’s already fluent in Doosan collaborative robot setups, and you just need a solid performer with predictable moves, the Doosan M1013 is a safe bet. 

Pick Doosan M1013 if:

• You’re already deep in the Doosan cobot ecosystem
• Your app is general-purpose and doesn’t need AI-level logic
• You like your robots the way you like your taxes, stable, predictable, not too wild
• You’ve got a controls team who knows their way around teach pendants

Pick RO1 if:

• You want to deploy without calling a systems integrator
• Your operator’s name is Leo, and he’s never touched a robot (but he’s about to crush it)
• You’re scaling CNC or custom part production fast
• You’d rather train an AI cobot than train a whole new hire

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Next steps with Standard Bots’ robotic solutions

RO1 by Standard Bots is the six-axis cobot upgrade your team needs when “standard” just isn’t enough.

• Affordable and adaptable: Competitively priced with other leading cobots, and available via flexible leasing starting at just $5/hour.
  
  
• Precision and strength: With a repeatability of ±0.025 mm and an 18 kg payload, RO1 delivers serious performance for CNC, palletizing, pick-and-place, and more.
  
  
• AI-driven and user-friendly: RO1’s no-code UI and AI logic let operators deploy faster than most teams can onboard a new hire.
  
  
• Safety-minded design: Machine vision and collision detection mean RO1 runs side-by-side with humans — no cage match required.

Book your risk-free, 30-day onsite trial and see why RO1 does what other six-axis bots just claim to.

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Frequently asked questions

1. What’s the best six-axis cobot for scaling CNC automation?

That’s RO1, no question. You’re getting 18 kg of lift, tight ±0.025 mm accuracy, and a no-code interface that operators actually use. It also slaps in multi-machine CNC setups. No integrators, no IT dramas.

2. Is the Doosan M1013 good for pick-and-place applications?

Yep, the Doosan M1013 is a great fit for general pick-and-place work, especially if your parts are light and your workspace is tight. Here’s a breakdown of how that use case works in real shops.

3. Can cobots be used for palletizing?

Absolutely, and they’re built for it. M1013 handles light box stacking just fine, but RO1’s 18 kg payload lets it go harder for longer. Check out this cobot palletizer guide to see how it compares to traditional setups.

4. How hard is it to program a Doosan cobot?

Let’s be honest, it’s not that easy. The Doosan cobot UI works well if you’re used to teach pendants, but it’s definitely got a learning curve. No-code? Not here.

5. What kind of industries are using the M1013 today?

You’ll find the M1013 in electronics, packaging, and general assembly. It’s pretty much anywhere that needs a safe, mid-range Doosan collaborative robot with solid specs and tighter control zones.