Top 8 Best Laptops For Robotics Programming In 2021

Laptops are traditionally used for coding, but robotics is changing the way they are being built. Here are some of the top laptops to look out for in 2021.

The “dell xps 15” is a laptop that has been designed with robotics programming in mind. It features a powerful processor, dedicated graphics card, and a large amount of RAM.

Top 8 Best Laptops For Robotics Programming In 2021

If you’re looking for the best laptops for robotics programming, you’re preparing for the future, because robotics is the future. Robotics increases productivity in many cases while maintaining the same quality as manpower. Take the automobile industry for example: bodywork, paint, and fabrication are all done with the help of special robotics.

Men have brains, so they work effectively, but robots work even more efficiently, despite the fact that they lack brains. Instead, they use AI and programming to specialize each robot in a certain activity, which is known as robotics programming.

So robotics programming necessitates a powerful computer, yet a computer or desktop eliminates any mobility, so if you’re a programmer who favors portability, you’ll need the finest laptop for robotics programming.

So, in order to assist you in finding the finest laptop for you, we have recently been able to organize the list For Robotics Programming. Because robotics programming need a strong CPU and memory, we’ve arranged this list accordingly. So, without further ado, let’s get to the list.

Best Robotics Programming Laptops:

  • Laptop LG Gram
  • XPS (Dell) 
  • VivoBook Pro by ASUS
  • ZenBook 13 by ASUS
  • Dell G5
  • Acer Aspire 5 Slim is a laptop computer manufactured by Acer.
  • 14-inch Dell Latitude 
  • Touchscreen HP 14

LG Gram – The Best Robotics Programming Laptop

As previously said, robots programming need a powerful CPU and memory, so let’s begin with our first laptop, which comes with everything you’ll need for robotics programming.

When working on Phyton and C++, you can easily feel the speed and efficiency of this laptop because LG equipped it with the fastest processor, which is known as 10th Generation Intel i7-1065G7. When working on this laptop, you can easily feel the speed and efficiency of this laptop and improve your productivity and coding speed because this processor is overclocked up to 4.0GHz to give maximum output.

After discussing the processor, the memory in this LG Gram comes from the DDR4 family and has a capacity of 16GB RAM. The software and drivers included in this laptop are pretty beneficial and make full use of the memory to provide optimal performance.

Although robotics programming does not need a large storage capacity, storage is a distinct chapter that affects everyone differently; yet, this LG Gram comes with a large storage capacity of 1TB NVMe M.2 SSD that can be upgraded; M.2 NVMe implies fast loading times.

However, although there is no suggested screen size for robotics programming, this laptop is fitted with a 17-inch monitor, which means there is no danger of making a mistake when coding with more accuracy. This IPS display was designed to improve the user experience and allow you to work with any program with precision. This screen has a resolution of 2560 x 1600 pixels.

This 17-inch screen is also anti-glare, making it very pleasant to use with a 179-degree viewing angle. And to give you vivid color accuracy, LG included Intel Iris Plus Graphics, which is capable of providing the best color performance but not for gaming because this laptop is designed for professionals who value their jobs over gaming, and if you want to play games, you can look at other laptops on this list.

Furthermore, since LG developed this Laptop with the greatest design, the body is composed of aluminum with no plastic components, the LG Gram will offer you an outstanding vibe.

And since the material is brushed, running your sweaty finger around the body will not get it filthy. LG claims that this laptop has Military Grade Durability, which means it has been put through seven separate tests and passed them all.

LG Gram has a great array of connection options, beginning with a full HDMI connector, a USB 3.0 Type A port, and a Thunderbolt 3 interface that supports USB Power Delivery and can transport data at up to 40Gbps. We also get to see a dedicated charging port in the shape of a barrel. Two extra USB 3.0 Type A ports, a headphone jack, and a Micro SD Card reader are located on the right side of the chassis.

LG Gram is an extremely small and light laptop with a battery life of about 17 hours, allowing you to code all day without worrying about running out of power. This 17-inch laptop is very lightweight, weighing just 2.98 pounds.

Best laptops for robotics programmingBenchmarks for CPU

Processor 1065G7 Intel Core i7
GPU Iris Plus graphics from Intel
Display Display Size: 17″
Storage 1TB M.2 NVMe SSD
Memory RAM: 16 GB DDR4
System of Operation 64-bit Windows 10 Home
Life of the battery 17 Hour
Start-Up Time 3 Seconds
Material 2.98 pound aluminum


  • It is best to boost production.
  • Excellent results.
  • Thunderbolt 3 ports are available.
  • A sufficient number of ports to connect with robots.
  • This is a one-time investment.


  • This item is not suitable for gaming.
  • It’s heavy enough to rip a hole in your pocket.

The Dell XPS is the best laptop for studying robotics.

We’re talking about one of our favorite laptops, the Dell XPS 15, which, like the MacBook, is a computer we’ll never forget. This is a stylish, light laptop that has all of the essential functions for robotics programming as well as gaming if you want to play games on it.

What is a good laptop for Robotics Programming in terms of value for money?

Dell is one of the oldest corporations and has always been recognized for innovation, therefore the Dell XPS is an example of that. And the Dell XPS 15 is the finest laptop for robotics programming in terms of value for money.

Dell is introducing additional XPS alternatives. Some of them are overpriced, while others are underperforming, but we believe the Dell XPS 15 is capable of performing any robotics tasks. Dell boosted this laptop’s performance by including a 9th Generation Intel Core i7-9750H processor, which is responsible for providing you with great speed and optimizing the overall performance of the laptop, allowing you to work more efficiently while coding.

The memory in this laptop is also tuned to provide you overall rapid performance with minimal lag, which improves the user’s experience indirectly. 16GB DDR4 is capable of handling a wide range of jobs.

Although we are not fans of the storage capacity provided by Dell in this XPS, it can be upgraded. A 256GB SSD is not enough anymore, but you can use Google Drive to store more, and robotics programming does not need a lot of data.

Apart from programming your robots, if you want to play heavy games on this laptop, you can easily enjoy any high-end game because Dell equipped it with an NVIDIA GeForce GTX 1650 graphics card that is combined with the display and processor of this laptop to give you maximum output while doing any high-end task such as gaming or editing; the GPU’s VRAM is 4GB DDR5.

If we merely look at the design of the laptop, we can see that it comes in two color options. The overall laptop is silver, which means the backside of the screen lid and the bottom of the chassis are silver.

The front side of the screen lid is a gleaming black hue, with the Dell brand underneath the screen, and the keyboard assembly is similarly designed with a black pattern. The major purpose for using such patterns is to prevent fingerprints and palm sweat warks from accumulating on the body. Aluminum is used throughout the laptop.

The screen display is also incredibly sharp and vivid, with a lot of detail. On the 15.4-inch screen, you can comfortably view 4K and super HD movies. The screen has a resolution of 3840 x 2160 pixels, which means you can see dot errors when programming, and the screen is made of OLED InfinityEdge, which has incredibly small bezels.

Two USB 3.0 ports are located on the left side, along with one HDMI port, Thunderbolt 3 connector, USB 3.0 Type A port, audio combo jack, and charging indicator so you don’t have to open the lid to check charge. A USB 3.0 Type A connector and a Micro SD card reader are located on the right side.

The battery life is usually impacted by high-end GPUs, although this laptop can last up to 7 hours.

Best Laptops for roboticsBenchmarks for CPU

Processor Core i7-9750H (Intel Core)
GPU Geforce GTX 1650 from NVIDIA
Display 15.6-inch Screen
Storage PCIe SSD, 256GB
Memory RAM: 16 GB DDR4
System of Operation 64-bit Windows 10 Home
Life of the battery 7 Hour
Start-Up Time 3 Seconds
Material 5.51 pounds of aluminum


  • The Robotics Gaming Laptop
  • Design that is both eye-catching and high-end.
  • The visuals on the GeForce GTX 1650 are incredible.
  • Thunderbolt 3 port


  • In this pricing range, it should have more storage.

ASUS VivoBook Pro – Robotics’ Best Touchscreen Laptop

Do you need a laptop for robotics programming, gaming, or storing large amounts of data? Simply choose the Asus VivoBook Pro, a high-performance computer from ASUS. Let us tell you more about this laptop.

Is it possible to program robots using a touchscreen laptop?

Yes, and it is for this reason that we have included the Asus VivoBook Pro in our list.

The Asus Vivoook Pro is driven by a 7th Generation Intel Core i7-7700HQ processor CPU that can effortlessly drive every component in this laptop and is capable of multitasking while running heavy applications. With the assistance of its boosting capabilities, this processor can reach up to 3.8GHz.

When it comes to memory, 16GB of DDR4 RAM should provide for all of your programming and gaming needs. Because there isn’t enough time to deal with the delay difficulties and certain lag warnings that arise throughout the process. As a result, we can confidently state that this laptop will not irritate you in any way.

This laptop’s storage capacity has been designed to use less battery power and provide faster performance. It is just attached to the laptop’s motherboard by a single connection, thus it does not use a lot of power. The 1TB SSD + 256GB SSD storage space is more than adequate for any programming software.

GeForce GTX 1050 from NVIDIA is the dedicated graphics on this laptop. This GPU is in charge of giving you a clean vision on the screen. The Asus VivoBook Pro’s high-end performance is assured by its 4GB DDR5 VRAM. While a GPU is not essential for programming, it may be a fantastic alternative for gaming and editing.

With its 15.6-inch FHD touch screen, you can pay closer attention to even little errors and repair them with a simple tap. This monitor also has an incredible vibrant color scheme that may provide antiglare functionality. Colors in graphical images are accurate and crisp on this 15.6-inch display. This laptop’s screen resolution is 3840 x 2160 pixels.

The Asus VivoBook Pro has a luxurious, sleek, and contemporary design. Its golden pearl hue is eye-catching and one-of-a-kind. This laptop’s aluminum exterior is pretty smooth, and the VivoBook Pro is slim, moderately robust, and ergonomically constructed.

In low-light situations, the ASUS VivoBook Pro’s backlit keyboard is ideal. It’s especially handy for robotics programmers who spend a lot of time in low-light environments. With a driver upgrade, ASUS VivoBook Pro improved the gestural touchpad, making it more responsive and smooth.

When it comes to connection connectors, there’s a USB 3.1 Type C port, a USB 3.0 Type-A port, an HDMI 2.0 port for connecting to 4K LCDs, and a LAN port on the right side of the chassis. Two USB 2.0 Type-A ports, an audio combo jack, and an integrated SD card reader are located on the left side of the chassis.

The battery in this laptop may last up to 4 hours, but owing to its quick charging technology, the ASUS VivoBook Pro can be charged to 60% in only 48 minutes.

CPU BenchmarksBenchmarks for CPU

Processor Intel Core i7-7700HQ
Display Touchscreen 15.6″
Storage 256GB SSD+1TB
Memory RAM: 16 GB DDR4
System of Operation 64-bit Windows 10 Home
Life of the battery 4 Hours
Start-Up Time 5 Seconds
Material 5 pound aluminum


  • Exceptional performance
  • Design that is appealing
  • Affordability
  • Excellent for high-end jobs.

ASUS ZenBook 13 – Robotics’ Best Lightweight Laptop

After the VivoBoo, Asus released the ZenBook, which is another laptop on the list. This laptop is ideal for robotics programming, but how?

Asus equipped an 8th generation Intel Core i7-8565U processor processor with very precise and accurate measurements to boost the performance of this Asus Zenbook 13. Although this processor is from the 8th generation, it is still capable of running any high-end software and programs. This processor can go from 1.8GHz to 4.6GHz with its boost increase capabilities.

The memory in this Zenbook 13 is loaded with 16GB DDR4 RAM, which boosts the ZenBook’s overall performance. The major purpose for loading 16GB RAM is to create a good match with its CPU. This combination makes this laptop very capable of handling any heavy-duty activities.

With its PCIe NVMe chip, the 512GB PCIe NVMe SSD is built to provide rapid loading speeds and can open any heavy applications within seconds; in a budget laptop, 512GB is a decent alternative.

If we speak about the design of this laptop, it appears quite futuristic. Normally, computers have distinct number buttons, but this laptop has number keys in the touchpad, which looks like a preview of future laptops. And it went off without a hitch.

This Zenbook is built to last and will not stretch around your body. The Zenbook’s shell is composed of metal and looks really attractive. The material used on the interior is Military Grade. When the lid is closed, the laptop is fairly substantial, so you won’t have to worry about tossing it into your bag. This laptop is about 2.60 pounds and has a sturdy build.

The most intriguing aspect is that you may avoid frantically glancing for a mirror to verify that your hairdo is perfect by just shutting the Asus ZenBook 13’s screen lid. The screen is not just gleaming, but also reflecting, thus it may be used as a mirror.

Let’s speak about the display while we’re on the subject of design. The 15.6-inch display on this laptop is fairly crisp, bright, and sharp, to the point that you can detect anything in a little line of robotics code you’re working on. Because this laptop’s screen has a resolution of 1920 x 1080 pixels, it can play any 4K movie thanks to its integrated HD Graphics 620 (Intel).

The blue backlit keyboard looks classy, as if the keys are formed of metal, and the Dual-Function Touchpad provides a smooth surface on which to glide your finger.

The ASUS ZenBook 13 is equipped with all of the necessary connection ports for robot hookups. On the right side of the laptop, for example, there is a USB 3.0 connector, as well as Type-C connections, a micro SD card slot, and an audio combo jack. On the left side of the chassis, there are USB 3.0 Type A and Type C connectors, as well as an HDMI port.

Best Laptops for roboticsBenchmarks for CPU

Processor  Intel Core i7-8565U 
GPU HD Graphics 620 (Intel)
Display 15.6-inch Screen
Storage 512GB NVMe PCIe SSD
Memory RAM: 16 GB DDR4
System of Operation 64-bit Windows 10 Pro
Life of the battery 8 Hour
Start-Up Time 4 Seconds
Material 2.60 pound aluminum


  • Long-lasting battery.
  • Design is simple and elegant.
  • Performance that is quick.
  • Touchpad with two functions.

For Robotics Programming, the Dell G5 is the best gaming laptop.

Dell has a long history of providing excellent customer service. Dell is best known for its laptops, which are used for professional and business purposes. However, Dell has recently entered the gaming laptop market, and in order to compete with other gaming laptops, Dell has introduced its G series, which is known for gaming.

Is it possible to program robots on a gaming laptop?

Because of its features, we believe the Dell G5 is the finest gaming laptop for robotics programming.

Dell equipped this laptop with an 8th Generation Intel Core i5-8300H processor processor, which can boost frequency performance up to 4.0GHz. Dell also optimized its software to work in conjunction with this processor, resulting in a fantastic Dell Precision Workstation that you can use to work on robotics programming.

As we previously said, Dell’s G series is a gaming laptop series. As a result, Dell supplied this laptop with an NVIDIA GeForce GTX 1050Ti GPU, which is capable of fulfilling your gaming needs. However, this GPU is pretty hefty, which is why this laptop seems to be a bit bulky. And with 4GB DDR5 VRAM, most high-end software works flawlessly.

Dell includes 8GB of DDR4 RAM in this DELL G5, which helps to enhance the laptop’s performance while also providing a buttery and smooth experience when writing your code without any latency.

The wonderful news about this inexpensive G5 is that it has hybrid storage, which means you’ll have ample space to save everything you want, whether it’s a 4K Netflix series or some hefty software. A 128GB PCIe NVMe SSD and a 1TB HDD provide ideal performance.

With a screen resolution of 1920 x 1080 pixels and a 15.6-inch display, this screen manages to present you with more accurate and clear colors with broad view angles thanks to its IPS panel. Aside from that, the display is highly exact and can provide information on anything.

The G5’s brightness is measured at 219 nits, which is much lower than the average category of 284 nits. That means you can appreciate the screen’s intricacies even when the brightness is low.

The Dell G5’s connection port configuration is unusual, with a USB 3.1 Gen 1 Type A connector, HDMI port, LAN port, and Display Port on the rear of the laptop. A USB 3.1 Type A connector and an integrated Mirco card reader are located on the right side of the chassis. One Thunderbolt 3 port, one USB 3.1 Type A connector, and one audio combination jack are located on the left side of the chassis.

This G5’s battery life is up to 7 hours, which is a scorching point for gaming laptop makers. So you won’t have any trouble utilizing this laptop late at night. This laptop’s characteristic qualifies it for inclusion in a list of the best laptops for robotics programming.

CPU BenchmarksBenchmarks for CPU

Processor Intel Core i5-8300H
GPU GeForce GTX 1050 Ti from NVIDIA
Display 15.6-inch Screen
Storage 1TB HDD+128GB SSD
Memory RAM: 8 GB DDR4
System of Operation 64-bit Windows 10 Home
Life of the battery 7 Hour
Start-Up Time 4 Seconds
Material Aluminum/6.26 pounds


  • chassis that is stable
  • Thunderbolt connector
  • Speakers with heft
  • The GTX 1050 Ti GPU is quite powerful.

The Acer Aspire 5 Slim is the thinnest laptop available for robotics.

One of the best-selling laptops on the market at the time of its release, the most appealing feature of this laptop is its low price, ease of portability, and ability to program robots.

Let’s speak about this wonderful laptop’s CPU. To make this laptop future-proof, Acer chose the 10th Generation Intel Core i5-10210U processor, which works well with this laptop and its components. However, there is no bloatware on this Acer Aspire, so you won’t have to install new windows or drivers. The CPU’s boost clock is up to 4.2 GHz, which means this i5 processor is still compatible with i7.

Also, as we said, Acer filled the memory with RAM: 8 GB DDR4, while other cheap laptops had DDDR3 at the time. Starting in 2019, Acer makes this laptop future proof by include DDR4, and that’s the selling point.

This laptop is intended for businesses, programmers, and white hat hackers, and since storage capacity is not a concern for them, Acer installed a 256GB NVMe PCIe SSD that is linked to the motherboard through a single cable and does not deplete battery capacity.

In 2019, Apple released their Macbook with a steep price tag, making it difficult for most people to purchase them. Acer recognized this issue and designed the Acer Aspire 5 Slim with the same features as the Macbook Air.

Also, if you look at the design of the Aspire 5 Slim’s Backlit Keyboard, it looks exactly like the keyboard on a Macbook, with the same tick tick sound and gaps around each key, and this trick helped a lot to boost the sale of Aspire 5, even those who could afford a Macbook bought this Aspire 5 Slim because everyone wants to save their money.

The design is so good, and the screen lid is so light, that you can open it with only your index finger. You don’t have to input the password again and over; instead, just touch your finger on the fingerprint scanner to unlock the windows.

Speaking of its display, the Acer Aspire 5 Slim has a 15.6-inch screen that provides crisp and vibrant color of the content you want to see on it; the screen resolution of this laptop is 1920 x 1080 pixels, which works in conjunction with its integrated Intel HD Graphics 620 to provide the best experience; however, this is a budget laptop, so don’t expect to play heavy games on it.

If we look at its connection ports, Acer has included every connector that you would need to connect with your robots, including a USB 3.1 Type C port, two USB 3.1 Type A ports (one of which supports power charging), an Ethernet port, and an HDMI port on the left side. A USB 2.0 Type A port and a combination audio jack are positioned on the right side of the chassis.

What is the best low-cost laptop for robotics programming that also has a long battery life?

If you need a laptop for robotics programming and want one with a longer battery life and a low price, this Aspire 5 Slim is a good option. Its battery life is 9.5 hours, which is the second longest after the LG Gram. It also weights around 5.74 pounds.

Laptops With roboticsBenchmarks for CPU

Processor Intel Core i5-10210U
GPU Intel HD Graphics 620
Display 15.6-Inch Screen
Storage 256GB PCIe NVMe SSD
Memory RAM: 8 GB DDR4
System of Operation 64-bit Windows 10 Professional
Life of the battery 9.5 hours
Start-Up Time 6 Seconds
Material 5.74 pounds of aluminum


  • Keyboard with backlighting.
  • Speakers with Immersive Sound.
  • Battery timing is excellent.
  • It’s simple to use.
  • Slim and svelte
  • Reader for fingerprints.


  • When it is overworked, it overheats.

Dell Latitude 14 – Robotics Engineering Laptop

Dell, Dell, Dell, Dell, Dell, Dell, Dell, Dell, Dell, Dell, Dell, Dell, Dell, Dell, Dell, Dell, Dell, Dell, Dell, Dell, Dell, Dell, Dell, Dell, Dell, Dell, Dell, Dell, Dell, Dell, Dell, Dell, Dell, Dell, Dell, Dell, Dell, Dell, Dell, Dell, Dell, Dell Dell’s Latitude is another low-cost laptop. So, let us learn more about this.

Dell grabbed the laptop market by dropping their Lattitude series laptops, and they did very well, but we chose Dell Latitude 14 as the best laptop for robotics. Dell equipped this laptop with a 6th Generation Intel Core i5-6300U processor processor, which is quite old but still capable of multitasking with its turbo speed of 3.0GHz.

This latitude has an 8GB memory capacity. The RAM family utilized is DDR4, which is the most recent. This DDR4 has the advantage of working two times faster than normal DDR3 while also using less battery power.

And, to keep your information safe and secure, Dell supplied this Latitude with a maximum storage capacity of 256GB SSD, which is enough for daily use.

Because this laptop is not slender and sleek but fairly robust, the design of this laptop is straightforward and will bring back memories of owning an old big laptop. The screen lid of this laptop is connected by two hinges that can swivel up to 180 degrees, and the keys are backlit in a blue tint that looks great in the dark.

The laptop has a 14-inch screen with a resolution of 1366 x 768 pixels; this screen is pretty responsible and arranged to provide you the greatest content result.

This laptop has one USB Type-C port, HDMI port, and two USB 3.0 Type A ports on the left side, and a U-SD slot, U-SIM slot, USB 3.0 Type A port, RJ45 connector, and audio combo jack on the right side.

The biggest disadvantage of this laptop is its short battery life of approximately 1.5 hours; if you need a laptop with a longer battery life, go elsewhere.

BenchmarksBenchmarks for CPU

Processor Intel Core i5-6300U
GPU Intel HD Graphics 520 (Intel HD Graphics 520)
Display Display Size: 14″
Storage 256GB SSD
Memory RAM: 8 GB DDR4
System of Operation 64-bit Windows 10 Professional
Life of the battery 1.5 Hours
Start-Up Time 6 Seconds
Material 3 pound aluminum


  • Exceptional performance.
  • Affordable


  • Life of the battery is poor.
  • Design with a lot of bulk.

Runner-Up: HP 14′′ Touchscreen

HP is known for its remarkable and diversified laptops with appealing designs. While HP is continually bringing something new, the laptops they design are user-friendly for someone who does professional work such as programming but not for gaming.

As a result, we chose the HP 14 Touchscreen laptop for robots programming.

The CPU in this device is an AMD Ryzen 3 3200U processor, and this AMD processor is extremely trustworthy in terms of multitasking. The plugins that come with this processor are also quite efficient, and despite the fact that this is an obsolete processor, it can still offer you a boost speed of about 3.5GHz.

This laptop’s memory is likewise from the DDR4 family, with an 8GB RAM capacity. This memory works in tandem with the CPU to provide ideal performance while programming robots.

Again, storage size is not a critical consideration in robot programming; nevertheless, it does depend on the person. In our view, a SSD with 128GB PCIe is sufficient; alternatively, you may utilize Google Drive to store more data.

The display on this HP is quite smooth, and its touchscreen makes it very easy to interact with software and other programs that improve the UI of this laptop. The touchscreen’s screen resolution is 1366 x 768 pixels, so you can expect good content quality without any blurry effects because HP equipped this laptop with a very sharp and precise screen thanks to its integrated Radeon Vega 3 Graphics.

These laptops have the same design as the Acer Aspire 5 Slim, with the same slimness and thinness, and you can open the lid with only your index finger thanks to the lightweight screen cover.

It has two USB 3.1 Gen 1 type A ports, one USB 3.1 Gen 1 Type-C port, HDMI, LAN, an audio combo jack, and a micro SD card reader.

CPU BenchmarksBenchmarks for CPU

Processor AMD Ryzen 3 3200U 
GPU AMD Radeon Vega 3 graphics card
Display Touchscreen 14 Inch
Storage 128GB PCIe SSD
Memory 8GB DDR4 RAM
System of Operation 64-bit Windows 10 S
Battery life 4 hours
Start-Up Time 5 Second
Material 3.25 pounds of aluminum


  • The audio quality is excellent.
  • Exceptional performance.
  • Design is appealing.
  • Touch that responds.


  • Viewing angles are restricted.
  • Temperatures are rising.


We recently developed a list of the best laptops for robotics programming after hours of study; we hope that our list will assist you in finding the finest laptop for you. So it’s true…

Thank you very much.

Continue to get Laptopified!

Watch This Video-

The “best workstation laptops for engineers” is a topic that has been trending recently. This article will give you the top 8 best laptops for robotics programming in 2021.

Frequently Asked Questions

Which is best laptop for robotics programming?

A: A laptop with a lot of computing power is best for robotics programming.

Which laptop is best for programming and coding?

A: If you are looking for the best laptop to use as a programming and coding device, I recommend going with Lenovo. They have some of the most affordable laptops on the market today that also deliver superb performance.

Which laptop brand is best for engineering students?

A: Apple

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