Posts Tagged ‘BIQU Hurakan Klipper 3D Printer

The Hurakan 3D printer from BQ (Biqu) is the first more affordable solution to come out on the market with out-of-the-box Klipper firmware installed on it and ready to be used. The printer comes equipped with the BTT Manta M4P+CB1 main control board to ensure enough processing power that is required by the Klipper firmware in order to provide all the extra features that the firmware offers to the users. The Hurakan 3D Printer is an official cooperation with Klipper, and with it BQ is making it easier and more accessible to users that want to try out Klipper without the extra trouble of having to modify and install on an existing 3D printer. The price of the BIQU Hurakan 3D Printer is $399 USD at the moment, making it the most affordable option for a 3D printing solution that comes with Klipper pre-installed and ready to be used out-of-the-box, not that there are currently that many options with Klipper pre-installed apart from the Hurakan and the more expensive FLSUN V400 Delta 3D Printer.

Aside from Klipper support, the Hurakan 3D printer also comes with a nicer-looking dual-color design (blue and black), has automatic levelling built-in thanks to the BIQU MicroProbe sensor, a hotbed with dual heating zones (central and full) to maximize efficiency, a Filament Runout Sensor, Wired and Wireless printer operation and a whole lot of things that can be upgraded or added as features thanks to the nice extensibility of the Klipper firmware. There are a number of “official” upgrade options available from BIQU as well that you might want to explore to further improve and extend the printer’s functionality. I can understand that they were not included by default in order to allow for a lower initial cost of the device and having them as easy to add upgrades allow to offset the additional costs in the future, should you wish to do any upgrades at all that is. More about the upgrades in a bit as there is more to talk about the Hurakan before that…

BIQU Hurakan DIY 3D Printer looks a lot like an upgraded version of the entry-level BIQU B1 3D Printer that comes with a bit of a redesign and some new and interesting features as well as the added Klipper firmware pre-installed out of the box. Since the Klipper firmware has a quite the requirements in terms of processing power, one of the main things that a printer that will run it is to have a powerful-enough processing board such as a Raspberry Pi or the CB1 alternative used by BIQU and that is one of the main things that rises the price of the product over what the same device would cost with a simpler and much less powerful control board. Thanks to the Klipper firmware you get to take advantage of improvements in speed and quality of your prints, and the convenient and functional web-based printing and control interface together with the number of useful extra features make things much more enjoyable. And the printer does come mostly pre-assembled, so just a few components are needed to be attached and some cables connected and you should be quickly ready to start printing.

BIQU Hurakan Specifications:
– 3D Printer Name: BIQU Hurakan
– 3D Printer Dimensions: 480x470x482mm
– Print Head: 1x Bowden type of extruder
– Nozzle Diameter: Standard 0.4mm
– Firmware: Klipper
– Slicing Software Compatibility: Cura/Repetier-Host/Simplify 3D…
– Output Voltage: 24V
– Heated Bed Power: dual-mode 100W/240W
– Maximum Temperature of Nozzle: 260℃
– Suggested Printing Speed: 60mm/s
– Default Speed Limit (Firmware): 180mm/s
– Supported Filaments: PLA/ABS/PETG… (Any material with print temp lower than 260℃ including flexible filament with 95A stillness)
– Build Volume: 220x220x270mm
– Layer Thickness: 0.1mm – 0.3mm
– Printing Accuracy: ±0.05mm
– File Format: G-code
– Printing Method: USB Drive/LAN Controlled
– Rated Power: 280W
– Max Temperature of Heated Bed: 100℃
– Filament Runout Detection: Standard Feature
– Rated Voltage: 100-120V/200-240V, 50/60 Hz

The BIQU Hurakan 3D printer comes with a 220x220x270mm build-volume, heated build plate, Bowden type of extruder with 0.4mm standard nozzle size and max printing temperature of 260 degrees Celsius. The printer is rated at up to 180mm/s printing speed, though the suggested one is just 60mm/s as per the official specs, though the latest manual has the number updated to 120mm/s. It is not the fastest 3D printer out there, but when you have everything up and running you should be able to print pretty fast and even hit the 180 mm/s on some prints… at least in theory, though this is something that needs to be tested. And thanks to the Klipper firmware not only should you be able to print faster, but also have good quality even at higher printing speeds saving you time.

The list of official upgrades for the printer that should help get better results and more functionality you can see on the image above. Interestingly enough the ADXL 345 accelerometer that should be included by default with the printer is listed as an upgrade and BIQU does not clearly state it is included in the package (maybe some printer packages do come without it. Then there is the H2 series of direct-drive extruders as opposed to the Bowden type that the 3D printer comes equipped with, an upgrade that might make it easier to work with more exotic materials including but not limited to abrasive, flexible and higher temperature ones. The Bowden type of extruders are known not to work well especially with flexible materials, so an upgrade of the extruder could be nice, however that would require more knowledge and time as it is not straight forward upgrade. There is also the five and sever inch HDMI displays with touch screen functionality, the dual Z upgrade kit adding a second motor for the Z axis, and an upcoming BIQU camera, though you may be able to use an existing USB-camera that you may already have with your 3D printer.

The official BIQU Hurakan 3D printer product page…
If you want to order the BIQU Hurakan 3D Printer on Amazon…

The Klipper 3D Printer Firmware is a next generation free and open-source 3D printer firmware developed by Kevin O’Connor that is intended to bring things to the next level by taking advantage of additional processing power provided by a Raspberry Pi or another single-board computer. Having more processing power than what a traditional 3D Printer motherboard running an older and inexpensive hardware with limited processing power allows you to do more things and do them better, optimizing the 3D printing process for more speed and precision… then there are some extra features being added on top of the quality improvement and speed improvement as well. Better and user-friendly moinitring and control interface with network connectivity of the printer, remote monitoring and control as an option, web-camera integration, LCD and touch-screen display support, automated bed-leveling and automatic delta calibration, full user control, custom programmable macros and so much more and since it is open source software it can be updated, upgraded and improved over time easily.

So, by using the newer Klipper 3D Printer Firmware on your 3D printer you should be able to get faster prints with better quality and access to a number of extra features (input shaping and pressure advance most notably). And the best of all is that if you already have a 3D printer that runs on the older Marlin firmware you are very likely to be able to get it to run the Klipper firmware and bring it in a more up-to-date condition, upgrading the processing speed and the quality of your prints. Do note however that the Klipper firmware is intended for people that are not new to 3D printers and 3D printing, especially if you are planning on upgrading from old Marlin firmware to the Klipper as it will require some hardware tweaking and upgrading as well as tinkering on the software side. But it is well worth it if you are interested in getting more out of your existing 3D printer and want to spend the time doing so, or if you are looking for a new one with Klipper out of the box or an easy to be upgrade to Klipper firmware there are some options as well.

Fortunately, we are starting to see some readily made 3D printers coming out with the Klipper 3D Printer Firmware pre-installed on them, so besides upgrading your old 3D printer to get the advantages and benefits of the Klipper firmware, you can also get a new one that runs Klipper. One of the first affordable such 3D Printers is the BIQU Hurakan DIY 3D Printer that can be found for sub $400 USD and the other option is the more expensive and larger and more feature rich out of the box FLSUN V400 Delta 3D Printer that is more like a sub $1000 USD. Upgrading your existing 3D printer to run Klipper might be much more cost effective if you have the needed knowledge or are eager to tinker with things and want to learn and experiment doing that.

There is another interesting alternative option also available and that is the Creality Sonic Pad device that was originally intended to bring Klipper support as an easy upgrade to Creality’s Ender 3 and Ender 5 as well as CR-series of 3D printers. Meanwhile the company has extended support for their product range and has also focused on allowing other printers to be used together with the Sonic Pad to be upgraded to support the Klipper firmware and get the features and improvements it offers. The Creality Sonic Pad is currently available for about $160 USD.

We have decided that it is time to “retire” our old Sailfish-based Replicator 2 and the Prisa i3 based on the Marlin firmware and get the new BIQU Hurakan DIY 3D Printer to star tinkering with Klipper out of the box and with the printer itself as it can take some improvements and upgrades on top of what you get by default. Of course, we are going to be sharing our experience with the BIQU Hurakan that comes with the Klipper pre-installed, so stay tuned for more about that printer and the Klipper firmware.

For more information about the Klipper 3D Printer Firmware…


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