Write programs to produce analysis report.
> Loading program...
M.001 FEATURE ANALYSIS PROGRAM
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#include <wireless controller>
#include <USB Cable>
#include <2.4G receiver>
//PALMLAB's first project is named "M.001"
int main(){
//Get the highlights
for(int i = 1； i < 9999； i++){
get highlight(i) = Hall effect；
Hall effect (getenv("Triggers and Joysticks"））；
get highlight(i) = Adjustable Triggers；
if (shorter hair trigger lock = long){
0 << "Triggers" << 255；
}if (shorter hair trigger lock = short){
"Triggers" = on/off；}
get highlight(i) = Polling rate；
int wired mode = 516 hz
int 2.4G mode = 500 hz
get highlight(i) = Positions；
Joysticks(positions) = 1024；}}
--------------------->>>>>>>>>-----------------------
M.001 FEATURE ANALYSIS PROGRAM
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#include <wireless controller>
#include <USB Cable>
#include <2.4G receiver>
//PALMLAB's first project is named "M.001"
int main(){
//Get the highlights
for(int i = 1； i < 9999； i++){
get highlight(i) = Hall effect；
Hall effect (getenv("Triggers and Joysticks"））；
get highlight(i) = Adjustable Triggers；
if (shorter hair trigger lock = long){
0 << "Triggers" << 255；
}if (shorter hair trigger lock = short){
"Triggers" = on/off；}
get highlight(i) = Polling rate；
int wired mode = 516 hz
int 2.4G mode = 500 hz
get highlight(i) = Positions；
Joysticks(positions) = 1024；}}
--------------------->>>>>>>>>-----------------------
M.001 FEATURE ANALYSIS PROGRAM
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#include <wireless controller>
#include <USB Cable>
#include <2.4G receiver>
//PALMLAB's first project is named "M.001"
int main(){
//Get the highlights
for(int i = 1； i < 9999； i++){
get highlight(i) = Hall effect；
Hall effect (getenv("Triggers and Joysticks"））；
get highlight(i) = Adjustable Triggers；
if (shorter hair trigger lock = long){
0 << "Triggers" << 255；
}if (shorter hair trigger lock = short){
"Triggers" = on/off；}
get highlight(i) = Polling rate；
int wired mode = 516 hz
int 2.4G mode = 500 hz
get highlight(i) = Positions；
Joysticks(positions) = 1024；}}
--------------------->>>>>>>>>-----------------------
M.001 FEATURE ANALYSIS PROGRAM
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#include <wireless controller>
#include <USB Cable>
#include <2.4G receiver>
//PALMLAB's first project is named "M.001"
int main(){
//Get the highlights
for(int i = 1； i < 9999； i++){
get highlight(i) = Hall effect；
Hall effect (getenv("Triggers and Joysticks"））；
get highlight(i) = Adjustable Triggers；
if (shorter hair trigger lock = long){
0 << "Triggers" << 255；
}if (shorter hair trigger lock = short){
"Triggers" = on/off；}
get highlight(i) = Polling rate；
int wired mode = 516 hz
int 2.4G mode = 500 hz
get highlight(i) = Positions；
Joysticks(positions) = 1024；}}
--------------------->>>>>>>>>-----------------------
M.001 FEATURE ANALYSIS PROGRAM
1
2
3
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#include <wireless controller>
#include <USB Cable>
#include <2.4G receiver>
//PALMLAB's first project is named "M.001"
int main(){
//Get the highlights
for(int i = 1； i < 9999； i++){
get highlight(i) = Hall effect；
Hall effect (getenv("Triggers and Joysticks"））；
get highlight(i) = Adjustable Triggers；
if (shorter hair trigger lock = long){
0 << "Triggers" << 255；
}if (shorter hair trigger lock = short){
"Triggers" = on/off；}
get highlight(i) = Polling rate；
int wired mode = 516 hz
int 2.4G mode = 500 hz
get highlight(i) = Positions；
Joysticks(positions) = 1024；}}
--------------------->>>>>>>>>-----------------------
Write programs to produce analysis report.
|| > Get the highlights. < ||
|| > Take a close look. < ||
Interlinkage
500Hz
Polling rate
800mAh
Working time
6H~8H
Sampling classification
1024
Positions
"The parameters you care about are all very strong."
\\\ [ >PALMLAB M.001< ] ///
Joysticks
and
Trigger
More stable and durable.
E-sports level tuning， higher accuracy and sensitivity.
One click unlock complex combos
Remappable
Paddles
6-Axis Gyroscope
Accurate attack，
targeting wherever you go
Adjustable Triggers
Rapid shooting or
Accurate and delicate throttle control
It all belongs to you
>>> Bumpers and Triggers prompt <<<
>>> Shorter hair trigger locks prompt <<<
>>> RGB light adjustment prompt <<<
[ PALMLAB M.001 ]
PALM
LAB
M
.001
-----------------------------------------[Tech Specs]
>>> PALMLAB M.001 Ultimate Controller
> ADDITIONAL FEATURES
2x remappable paddles
Mode switch button
Turbo Mode
RGB Lighting
6-Axis Gyroscope
Vibration
> COMPATIBILITY
Switch
Windows10/11
SteamOS
Android
iOS，iPadOS，MacOS
> CONNECTIVITY
Bluetooth®
2.4g connectivity
USB-C
> DIMENSION&WEIGHT
155*102*66.5mm
220g
> BATTERY
800mAh Li-on battery
2-2.5 hours charging time
> INCLUDES
PALMLAB M.001 Ultimate Controller
USB cable
2.4G adapter
Instruction manual
"PALMLAB
NOTICE
NO.ZERO"
#Project Objective: To tailor palm-operated devices for [Explorers] of the Virtual Dimension, aiding them in navigating the unknown within planets.
#Project Requirements: Develop an unprecedented series of palm-operated devices. These devices must integrate advanced electronic sensors, rapid Supplement energy interfaces, and Optical Technology, can quickly get started,nabling [Explorers] to interact with the Virtual Dimension as if they were truly present.
#Future Plans: PALMLAB's researchers must continually optimize the products and enhance the product line to improve the immersion and control experience for [Explorers] in the Virtual Dimension. Tailor palm-operated devices to suit different types of exploration tasks
Carefully designed packaging to showcase and store your handle.
