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Luma Quad

Luma Quad Luma 55 5.5" Freestyle Frame Kit

Luma Quads













Take your drone filming to the next level with the Luma 55 freestyle frame kit. Offering superior performance and durability, it allows you to push the boundaries of traditional quadcopters and capture stunning visuals like never before. 5.5" provides extra thrust and performance beyond what a standard 5" can offer, to accommodate the heavier GoPro cameras we now love and use. The Luma 55 strikes a perfect balance between the agility of a 5-inch freestyle drone and the planted feel of a 6-inch cinematic cruiser, creating a harmonious blend of speed and stability perfect for cinematic work. With the Luma 55, you can effortlessly track and follow fast-moving subjects such as drift cars, boats, and motorbikes, capturing stunning footage with precision and ease. 










Be sure to check out all our 5" frames, as well as our Luma Quads Products!

Features


Support for up to 5.5" props

HD VISTA / Analog / DJI O3 Air Unit Compatible

Replaceable 6x8mm arms. (single design)

Vibration dampened main stack mounting

The mounting support for the new Air Unit 03 Camera as well as other MINI to Nano sized FPV cameras
T300 carbon frame

YFS 12.9 grade steal hardware bolts
Complete set of 3D prints for your quad

Specifications 

Stack Mounting: 20x20mm

Rear Mounting: 20x20mm and 25.5x25.5mm
Motor Mount Pattern: 16x16 and 19x19mm (M3)

Mid Plate Thickness: 2mm
Top and Bottom Plate Thickness: 2.5mm
Motor to Motor: 245.7mm

Arm Thickness: 6mm
Frame Weight With TPU: 160g


Includes
1x Luma Quads Luma 55 5.5" Freestyle Frame Kit
1x Hardware set
1x 3D Print Set
2x Luma Lipo Straps
Luma 55 Official 4.4 Betaflight PID Tune  

Team Luma is proud to bring all Luma 55 pilots a new Betaflight tune for 4.4!
Along with the improvements to GPS rescue and HD integration, 4.4 has had a complete overhaul of the PID controller, which means that a new tune was required to allow for optimum performance. Much like the previous tune for Betaflight 4.2, this revised tune was completed in collaboration with none other than Team Luma pilot Joseph Webb (otherwise known as JWebb FPV), and has been pushed to its absolute limits. Joseph is a true legend in the Australian drone industry. Known for his incredible freestyle piloting skills and unmatched expertise in Betaflight tune development, he is a valuable contributor to our mission of creating the most outstanding products for our entire community.Check out Joseph here: https://www.instagram.com/jwebb.fpv/ and his YT Channel here: https://www.youtube.com/@JWebbFPV and show him some love!
Notes:
- This tune was deveolped using 2306.5 Size motors.- To allow for optimum performance, we recommend installing a 1000μF 35V Low ESR capacitor, along with a TVS diode.
- Be sure to use the latest BF Configurator (we're using 10.9.0)
- Ensure that you cross-reference the values after the CLI dump with the screenshots below (better safe than sorry!)
- Filters were left untouched to ensure that the tune had proper continuity between builds. If you are looking to extract more performance, or attempting to rectify an issue, add more or less filtering via the sliders as required.
- Make sure that you test hover the Luma 55 in a safe area, and check motor temperatures after 20-30 seconds. If they are hot to the touch, then do NOT proceed - ensure the build is up to scratch, and if the issue persists, get in contact and we'll do our best to point you in the right direction
Thank you for your continued support.
DISCLAIMER: LumaQuad does not hold responsibility or liability for any mechanical damage to your personal setup - this tune has been tested and verified on multiple setups to ensure that it is safe for customers.
4.4 Tune (Official v1.0)
CLI Input.
set dterm_lpf1_dyn_min_hz = 0set dterm_lpf1_dyn_max_hz = 0set dterm_lpf1_dyn_expo = 0set dterm_lpf1_type = PT1set dterm_lpf1_static_hz = 75set dterm_lpf2_type = PT1set dterm_lpf2_static_hz = 150set dterm_notch_hz = 0set dterm_notch_cutoff = 0set vbat_sag_compensation = 0set pid_at_min_throttle = ONset anti_gravity_gain = 65set anti_gravity_cutoff_hz = 5set anti_gravity_p_gain = 100set acc_limit_yaw = 0set acc_limit = 0set crash_dthreshold = 50set crash_gthreshold = 400set crash_setpoint_threshold = 350set crash_time = 500set crash_delay = 0set crash_recovery_angle = 10set crash_recovery_rate = 100set crash_limit_yaw = 200set crash_recovery = OFFset iterm_rotation = OFFset iterm_relax = RPset iterm_relax_type = SETPOINTset iterm_relax_cutoff = 14set iterm_windup = 85set iterm_limit = 400set pidsum_limit = 500set pidsum_limit_yaw = 400set yaw_lowpass_hz = 100set throttle_boost = 5set throttle_boost_cutoff = 15set p_pitch = 50set i_pitch = 55set d_pitch = 33set f_pitch = 115set p_roll = 48set i_roll = 60set d_roll = 30set f_roll = 120set p_yaw = 47set i_yaw = 60set d_yaw = 0set f_yaw = 100set angle_level_strength = 50set horizon_level_strength = 50set horizon_transition = 75set level_limit = 55set horizon_tilt_effect = 75set horizon_tilt_expert_mode = OFFset abs_control_gain = 0set abs_control_limit = 90set abs_control_error_limit = 20set abs_control_cutoff = 11set use_integrated_yaw = OFFset integrated_yaw_relax = 200set d_min_roll = 23set d_min_pitch = 27set d_min_yaw = 0set d_max_gain = 37set d_max_advance = 20set motor_output_limit = 90set auto_profile_cell_count = 0set launch_control_mode = NORMALset launch_trigger_allow_reset = ONset launch_trigger_throttle_percent = 20set launch_angle_limit = 0set launch_control_gain = 40set thrust_linear = 0set transient_throttle_limit = 0set feedforward_transition = 0set feedforward_averaging = OFFset feedforward_smooth_factor = 25set feedforward_jitter_factor = 7set feedforward_boost = 15set feedforward_max_rate_limit = 90set dyn_idle_min_rpm = 0set dyn_idle_p_gain = 50set dyn_idle_i_gain = 50set dyn_idle_d_gain = 50set dyn_idle_max_increase = 150set level_race_mode = OFFset simplified_pids_mode = OFFset simplified_master_multiplier = 100set simplified_i_gain = 75set simplified_d_gain = 110set simplified_pi_gain = 115set simplified_dmax_gain = 0set simplified_feedforward_gain = 90set simplified_pitch_d_gain = 100set simplified_pitch_pi_gain = 110set simplified_dterm_filter = ONset simplified_dterm_filter_multiplier = 100set tpa_mode = PDset tpa_rate = 30set tpa_breakpoint = 1350



Legacy 4.29 Tune (v1.0)
CLI Input.
# profile 0set dyn_lpf_dterm_min_hz = 80set dyn_lpf_dterm_max_hz = 200set dyn_lpf_dterm_curve_expo = 8set dterm_lowpass2_hz = 250set anti_gravity_gain = 6500set feedforward_transition = 38set iterm_relax_cutoff = 13set p_pitch = 68set i_pitch = 102set f_pitch = 80set p_roll = 65set i_roll = 100set d_roll = 37set f_roll = 80set p_yaw = 50set i_yaw = 80set f_yaw = 80set d_min_roll = 0set d_min_pitch = 0
LUMA 55 FRAME ASSEMBLY GUIDE


Kit contents:






     


Hardware:

Carbon:



4x
28mm Aluminum standoff.
1x
2.5mm Top-plate.


2x
20mm Aluminum standoff.
1x
2mm Mid-plate.


9x
Steel M3 12mm. (12.9 grade)
1x
2.5mm Bottom-plate.


5x
Steel M3 8mm. (12.9 grade)
4x
6x8mm Arms.


9x
Steel M3 10mm. (12.9 grade)




7x
M3 Steel Washer.




9x
M3 Steel Pressnut.
Extras:



5x
M3 Silicone soft-mount gummies.
1x

 
 3mm Foam Battery Pad




1x
M5 Steel Clinch Nut.
2x
Luma 250mm Lipo Straps.


1x
M5 20mm Flathead Bolt.




5x
M3 Steel 20mm. (12.9 grade)




5x
M2 Steel 20mm. (12.9 grade)




5x
M2 Steel Nut












TPU parts:







1x
Front bumper.




4x
Arm Bumpers.




4x
Arm Wire Protectors.




4x
Mini to Nano FPV camera mounts.




1x
Front GoPro Hard mount.




1x


Rear Vista antenna and T mount






1x
Rear SMA antenna and T mount




1x
20x20 M3 stack RX mount.




1x
20x20 M2 stack RX mount.








LUMA 55 BUILD GUIDE v1.0 
This is the Mid plate.Note the notch at the top of the image, this indicates the back of the frame.

This is the Bottom plate.It has no notch and the flat end at the bottom indicates the front of the frame.



Install 8x Press nuts into the 8x holes in the Mid plate as follows.


Check out the following Video from Phaser FPV For the correct way to install Press nuts into the carbon Mid plate..
DO NOT USE A HAMMER!

Install The Main stack Gummies:


Check out the following video for the correct way to install Gummies into the carbon Mid plate using Dental floss or Fishing wire.
The video shows installation into an FC/ESC..  this technique is the same for carbon.

Insert 8x 12mm M3 Cap head bolts through the Bottom plate.

  
Note: A single design is used for all 4 arms.
Orientate them so the rounded corners go on the top and bottom and the sharper corners are on the sides.
 

Attach each arm to the Bottom plate over the 12mm bolts.


Place the Mid plate loosely on top.

 
Flip the frame over and pick up any bolts you dropped )
Screw each 12 MM bolt in a single turn at a time using Loctite Blue 242 Threadlocker.
Work your way around multiple times until the whole thing comes together evenly.
Once everything's locked in nice and square you can go around and give it a final tighten.

 
 
 
Take 4x 10mm Bolts 2x M3 washers and the Front Bumper print.
 
 
Install washers on the front two bolts and insert through the Bumper into the bottom of the Bottom plate.


Secure with 4x 28mm Standoffs.


 
Insert your FPV camera mounts over the front 2 standoffs.


Grab 2x 8mm Bolts and do the same for the rear 2 holes, using 2x 20mm standoffs to secure. 




Insert the rear antenna mount over the rear standoffs.


Insert 4x 20mm M3 bolts through the main stack gummies, twist gently and slowly so you don't pop the gummies out.


Use stack spacer prints if required to add some clearance so your ESC sits clear of the press nuts and carbon. 


 
 

Install the Top-plate, triangle pointing to the front.

Grab 4x 10mm M3 bolts, 4x M3 Washers and the HD Mount Print.
Insert the 4 bolts through the 4 washers into the top of the mount and secure to the 4 28mm Standoffs.



 
Use 2x 8mm M3 bolts for the rear two holes.


Line up the Lipo pad with the triangle and stick it to the Top plate 

 
Insert the M5 Clinch nut into the HD mount print. 
Note: The nut will seat inside the lip of the print and not fall out if you seat it properly, use a little force to get it past the lip.


Arm bumpers go on the end of the arms.


The Printed Arm wire guards go over the motor wires and are secured with electrical tape. 

   




Take your drone filming to the next level with the Luma 55 freestyle frame kit. Offering superior performance and durability, it allows you to push the boundaries of traditional quadcopters and capture stunning visuals like never before. 5.5" provides extra thrust and performance beyond what a standard 5" can offer, to

Luma Quads Luma 55 5.5" Freestyle Frame Kit

Luma Quads Luma 55 5.5" Freestyle Frame Kit from WREKD Co.

Luma Quads Luma 55 5.5

Frame Size

The frame is typically the first part to pick because it determines what kind of flying you’ll be doing the most. Start by picking a frame type, and narrow down the options by propeller size. The frame holds your quad parts together and heavily impacts what the quad can do. 

Frames

Frame Kit

Frame Stack Mount

FPV Camera Mount

FPV Camera Included

The VTX processes the image from your FPV camera and sends it to your goggle’s video receiver (VRX). If you chose as digital video system, you need a VTX that matches the system. Most analog VTXs and VRXs are compatible with each other, and your biggest consideration will be how much output power you need. The more output power, the more range and better signal you’ll get. Learn more about VTXs.

Video Transmitters

Frame Type

Propeller Size

The props work with the motors to lift your quad off the ground.  Choose a prop size that fits your frame.  Higher pitch props are efficient in fast environments and are less responsive in slow speeds. Lower pitch props are efficient in slower environments and are more responsive in slow speeds. Beginners should try various pitch props to see what works best for them. 

Propellers

Motor Stator Size

The motors spin with the propellers to lift your quad off the ground. If you’ve picked a frame already, we show you which motors are appropriate for your frame. Beginners can choose motors with a similar stator size that others have used for the frame you’ve selected. Alternatively, calculate the thrust required for a particular thrust-to-weight ratio and learn to read motor thrust tables to select the best motors for your needs. 

Motors

ESC Stack Mount

The ESC(s) controls your motors’ speed. It draws power from the battery to spin the motors based on what the FC tells it to do. Each motor needs an ESC. It’s common today to see 4-in-1 ESCs so you only need to buy a single part. For beginners, choose a 4-in-1 ESC that has a compatible mount with your frame and FC. The biggest consideration is amperage limit. We show you ESCs with appropriate amperage limits based on your frame size. You can calculate how much amperage you need based on your motor and prop choice. 

ESCs

FC Stack Mount

The FC is the brain or the CPU of your quad. It has a processor and other components that allow it to listen to your inputs and tells the quad what to do. FCs are commonly sold together with other components integrated or stacked (like ESCs and video transmitters). For beginners, choose a FC with a F4 or F7 processor that has a compatible mount with your frame. 

Flight Controllers

Camera Size

The FPV camera captures the image you see through the goggles. An FPV camera may be included with the VTX, particularly with digital VTXs. 