licht.team

make the magic happen

StrobePad

compact wireless strobe control, built for direct live use

StrobePad is a compact handheld wireless strobe controller for direct control of a Stairville Power Strobe 1500 DMX via a compatible wireless DMX receiver. It is designed for fast setup, simple operation, and reliable performance in live and setup environments.

key features

dedicated control of flash speed and power
fire operation with momentary and toggle modes
guarded fire mode switching for safer operation
manual standby with deep sleep and wake on Fire button
auto standby with deep sleep after 15 min without button input
output state and mode visibility via RGB fire indicator
integrated display for active settings and device status
local on-device configuration
guided battery calibration from the hidden status menu
rechargeable battery operation with USB-C charging
user-replaceable 18650 battery

designed for practical field use

StrobePad gives users immediate hands-on control without complex menus or external setup tools. Important operating parameters stay visible during use, which supports quick deployment, fast troubleshooting, and focused single-task control. Early prototype feedback consistently highlighted the 1980s-inspired aesthetic as a distinctive strength of StrobePad.

typical applications

live strobe triggering
portable effects control
fixture setup and testing
compact lighting control tasks

at a glance

2 dedicated rotary controls
1 fire button with mode-aware output behavior
wireless DMX transmission
RGB fire indicator for mode and output state
integrated display
local configuration for DMX address, wireless ID, 2.4 GHz wireless channel, and wireless power level

compatibility

StrobePad is designed for use with a Stairville Power Strobe 1500 DMX and a compatible wireless DMX receiver.

notice

Specifications and features may change without prior notice.

press release

licht.team introduces StrobePad, a compact wireless strobe controller for fast and focused live operation

licht.team announces StrobePad, a compact handheld wireless strobe controller designed for direct control of a Stairville Power Strobe 1500 DMX via a compatible wireless DMX receiver.

StrobePad is built for simple, immediate operation in live and setup environments. The device features two dedicated rotary controls for flash speed and power, a Fire button with momentary and toggle operating modes, and an integrated display for active settings and device status. Current behavior includes guarded mode switching to reduce accidental changes during operation and manual standby via long press Fire button.

Designed for portable operation, StrobePad offers local on-device configuration for DMX address, wireless ID, 2.4 GHz wireless channel, and wireless power level, with settings retained after a power cycle. A dedicated RGB fire indicator is used to communicate mode, output state, and rejected mode-switch actions at a glance.

With its compact format, focused feature set, and low-latency wireless operation, StrobePad is aimed at users who need a practical and reliable dedicated controller for strobe triggering, effects control, and fixture setup.

about licht.team

licht.team develops practical lighting tools and control solutions with a focus on direct usability, compact form factors, and field-oriented design.

StrobePad

user guide

introduction

Thank you for choosing StrobePad.

package contents

StrobePad unit
USB-C charging cable
Quick user guide

device overview

StrobePad provides the following controls and indicators:

rotary control 1: flash speed
rotary control 2: flash power
fire button: output control in momentary or toggle mode
RGB fire indicator: mode, output state, and reject feedback
integrated display: shows active settings and device status
buttons next to the display: used for configuration and calibration functions
USB-C port: charging and service power
battery compartment: user-replaceable 18650 battery

power and charging

StrobePad is powered by a rechargeable 18650 battery
charge the device via the USB-C port
use only suitable 1-cell Li-ion batteries
do not use damaged batteries
fully charge the battery before first use
startup includes a low-battery safety check before normal operation
if battery voltage is too low at startup, the device enters deep sleep instead of normal operation

quick start

Power on the device.
Verify the displayed DMX start address, wireless ID, 2.4 GHz wireless channel, and wireless power level.
Confirm that the compatible wireless DMX receiver and fixture are powered and configured correctly.
Adjust the flash speed and power controls as required.
In momentary mode, press and hold Fire for active output.
In toggle mode, short press Fire to switch output on or off.
Verify output state on the RGB fire indicator.

normal operating behavior

startup output state: off
two fire modes are available: momentary and toggle
momentary mode: output active while Fire is held
toggle mode: short press toggles output on or off
idle behavior: output remains off while both rotary controls are at minimum
mode switch gesture: double-click on Fire button
mode switch is accepted only when both rotary controls are at minimum setting
rejected mode switch is ignored to prevent accidental mode changes
manual standby shortcut: long-press Fire when both rotary controls are at minimum
auto standby: after 15 min without button input
wake from standby: press fire, device restarts
output on is shown by high-visibility RGB blinking
output off is shown by steady RGB state
speed and power can be adjusted live during active output
the display shows active settings and device status during operation

display information

The display provides the following information during normal operation:

DMX address
wireless ID
2.4 GHz wireless channel
wireless power level

device setup and configuration

StrobePad stores the following user settings:

DMX address
wireless ID
2.4 GHz wireless channel
wireless power level

Settings are designed to persist after a power cycle. Configuration is performed using the buttons next to the display. The display shows the currently available button functions.

configuration and calibration

Configuration functions:

adjust DMX address
adjust wireless ID
adjust 2.4 GHz wireless channel
adjust wireless power level
save settings and exit
open calibration from hidden status menu: BAT CAL -> START CAL

advanced user calibration

User calibration is an advanced feature. Most users do not need it.

Use it only when needed:

after battery replacement
if the runtime estimate is clearly wrong
if battery behavior changed noticeably

How to open the user calibration menu:

Open the status screen.
Press top key once.
Press bottom key once.
Long-press top key.

This menu is intended for advanced users only.

This process records battery voltage during one full run.

Warnings:

this process can take several hours
if you stop it early, the result is invalid
disconnect external power during cycle 0 and keep it disconnected during discharge

Before you start:

Fully charge the battery before start.
Start calibration while external power is connected.
Disconnect external power during cycle 0.
Do not interrupt or abort the run.
After automatic reboot, connect external power.
Keep external power connected until recovery is complete.

During calibration, the display shows status, voltage, load phase, and elapsed time. You can cancel by holding the bottom key.

After recovery and reboot, result data is available in the hidden status menu.

Result handling:

SHOW STATUS: on-device summary view
DUMP RESULTS: detailed serial output
SET SEEDS: explicit seed write to persistent storage
CLEAR RESULTS: clear pending result payload without writing seeds

Seed values are never written automatically.

Important for transition to the recovery phase:

Wait until the device is fully off before reconnecting external power.
Full shutdown is visible when the RGB fire indicator is completely off.
Do not reconnect external power while the RGB indicator is still active.

troubleshooting

no output

verify active fire mode behavior
in momentary mode, verify that Fire is pressed
in toggle mode, verify output was switched on
verify DMX address, wireless ID, and 2.4 GHz wireless channel
verify receiver and fixture power
verify fixture DMX mode and addressing

incorrect response

check configured settings on both transmitter and receiver
verify fixture channel mapping
repeat battery calibration if needed

charging issues

verify USB-C cable and power source
verify battery condition and polarity

device does not start normally

battery may be below startup threshold
charge the battery and try again

maintenance

keep the device clean and dry
store at moderate temperature
recharge the battery regularly during long storage periods

notice

Specifications and features may change without prior notice.

StrobePad

faq

what is StrobePad?

StrobePad is a compact handheld wireless strobe controller for direct control of a Stairville Power Strobe 1500 DMX via a compatible wireless DMX receiver.

what can StrobePad control?

StrobePad controls two fixture functions in 2-channel mode:

flash speed
flash power

how is strobe output activated?

StrobePad supports two fire modes. In momentary mode, output is active while Fire is pressed. In toggle mode, a short press switches output on or off.

what fire modes are available?

StrobePad supports momentary mode and toggle mode.

how do i switch between fire modes?

Mode switching uses a guarded double-click on the Fire button. To reduce accidental mode changes, switching is accepted only when both rotary controls are at minimum.

does the device output anything when idle?

When both rotary controls are at minimum, output remains off. Mode-dependent fire output applies during active operation.

is there a standby mode?

Yes. Manual standby is available by long press Fire button. The device enters deep sleep. Wake is triggered by pressing Fire and the device restarts.

Auto standby is available after about 15 min without button input.

what happens after calibration if the battery is empty?

Normal operation stays blocked after a low-battery reboot during calibration. Connect external power first, then wake the device to continue runtime calibration.

Before reconnecting external power, wait until the device is fully off. Full shutdown is visible when the RGB fire indicator is completely off.

what information is shown on the display?

The integrated display shows:

DMX address
wireless ID
2.4 GHz wireless channel
wireless power level
device status

how does the rgb fire indicator behave?

The RGB fire indicator shows fire mode, output state, and rejected actions. Output on is shown with high-visibility blinking. Output off is shown as a steady color state.

how is the device configured?

Configuration is performed directly on the device using the buttons next to the display. The display shows the currently available button functions.

which settings can be changed?

The following settings can be configured:

DMX address
wireless ID
2.4 GHz wireless channel
wireless power level

are settings retained after power-off?

Yes. Stored settings remain available after power cycle.

does StrobePad require Wi-Fi or an app?

No. StrobePad is configured locally on the device and does not require Wi-Fi or an app for normal operation.

what kind of wireless system does StrobePad use?

StrobePad is designed for use with compatible wireless DMX receivers.

is the device a transmitter or a receiver?

StrobePad is a one-way wireless DMX transmitter.

what is the typical operating range?

StrobePad is designed for short-range handheld operation. A typical operating distance is approximately 5 m.

what battery does StrobePad use?

StrobePad uses a user-replaceable 18650 rechargeable battery.

how is the device charged?

The device is charged via its USB-C port.

can the battery be replaced by the user?

Yes. StrobePad uses a user-replaceable 18650 battery.

is there a calibration mode?

Yes. StrobePad includes a user battery calibration mode. It is available from status through the hidden status menu as BAT CAL, then START CAL.

what happens when the device is powered on?

On startup, output remains off. Before normal operation starts, firmware runs a low-battery safety check. If battery voltage is too low, the device enters deep sleep instead of normal operation. Otherwise, fire behavior follows the active fire mode.

how can i check whether the receiver is receiving a signal?

Signal reception can be checked on the receiver. If the wireless ID and 2.4 GHz wireless channel are set correctly, the receiver status LED blinks green.

what does it mean if the receiver LED blinks green but the strobe does not respond?

If the receiver LED blinks green, the wireless link is working. If the strobe still does not respond, the DMX channel or DMX address setting is incorrect.

is StrobePad intended for general DMX control?

No. StrobePad is a dedicated wireless controller for direct strobe triggering and related setup tasks.

which fixtures and receivers are supported?

StrobePad is designed for direct control of a Stairville Power Strobe 1500 DMX via a compatible wireless DMX receiver.

can specifications change?

Yes. Specifications and features may change without prior notice.

StrobePad

preliminary datasheet

product type

handheld wireless strobe controller
for direct control of a Stairville Power Strobe 1500 DMX via a compatible wireless DMX receiver
suitable for portable live triggering, effects control, and fixture setup

control interface

2 rotary controls (speed and power)
1 fire button with two output modes (momentary and toggle)

dmx control

2-channel operation (flash speed and flash power)
momentary mode: output active while Fire is pressed
toggle mode: short press switches output on or off
startup output state: off

wireless operation

wireless DMX transmission
one-way transmitter
designed for short-range handheld operation
typical operating distance: approx. 5 m

user interface

integrated display
RGB fire indicator for mode, output state, and reject feedback
local on-device configuration
active settings and device status visible during operation

displayed parameters

DMX address
wireless ID
2.4 GHz wireless channel
wireless power level
device status

configuration

direct on-device configuration
persistent settings: DMX address, wireless ID, 2.4 GHz wireless channel, and wireless power level
settings retained after power cycle

power

integrated rechargeable 1-cell Li-ion / LiPo power system
user-replaceable 18650 battery
charging interface: USB-C
onboard USB charging
charging current: up to approx. 500 mA
typical power consumption: approx. 0.2-0.35 W
typical current consumption: approx. 50-90 mA at battery voltage, depending on display activity and operating state
estimated runtime with a typical 2400 mAh 18650 cell: approx. 30-45 h, depending on battery capacity, display activity, and operating state
startup includes a low-battery safety check before normal operation
low battery at startup: device enters deep sleep instead of normal operation

RF / performance

RF output power: up to 0 dBm
one-way wireless DMX transmission
designed for short-range handheld operation
typical operating distance: approx. 5 m

dimensions and weight

overall product dimensions (provisional): approx. 98 x 98 x 35 mm
overall product weight: approx. 140-190 g

operating behavior

current firmware behavior
fire mode options: momentary and toggle
mode switch gesture: double-click on Fire button
mode switch guard: both rotary controls at minimum
mode switch reject feedback: red blink pattern on RGB fire indicator
idle output behavior: output remains off while both rotary controls are at minimum
battery calibration available from hidden status menu: BAT CAL -> START CAL
manual standby shortcut: hold Fire for about 5 s
auto standby: after 15 min without button input
manual standby guard: both rotary controls below 5% at hold start
standby confirmation: RGB fade from white to black in about 1 s
sleep state: deep sleep
wake behavior: press Fire, device restarts
output on feedback: high-visibility blinking on RGB fire indicator
output off feedback: steady color state on RGB fire indicator

notice

specifications and features may change without prior notice

WsMax

compact signal extender for WS281x LED data lines

WsMax by licht.team is a compact two-piece signal extender for WS281x LED data lines. It converts single-ended WS281x data to a differential RS-485-style transport over standard 3-pin XLR DMX cable, then converts it back to WS281x data at the strip side.

WsMax is designed for simple setup, robust field wiring, and predictable operation in installations where direct WS281x wiring would be unstable or too short.

key features

differential data transport based on EIA-485 signaling principles
half-duplex RS-485 transceiver stage at 5 V, up to 2.5 Mbit/s signaling
long cable runs over standard 3-pin XLR DMX cable
officially supported link length: up to 1000 m, depending on cable quality
two dedicated inline units: transmitter side and receiver side
fixed 120 ohm line termination on transmitter and receiver side
direct JST-SM 3-pin integration on controller and strip side
typical WS2811 payload transport: 24 bit per pixel, GRB, one-wire NRZ
compatible with 400 kbit/s and 800 kbit/s WS281x streams
no app, no software, no protocol bridge setup

designed for practical field use

WsMax focuses on one task, stable transport of WS281x data over longer distances than direct single-wire wiring. The form factor is optimized for quick inline integration with existing LED strip wiring and common stage DMX cables.

typical applications

long-distance feed from controller rack to remote LED strip segments
temporary stage and event setups with DMX cable infrastructure
installations with noisy electrical environments
field troubleshooting where direct data wiring is unstable

at a glance

transport medium: 3-pin XLR DMX cable
protocol transport layer: differential pair, RS-485-style
controller-side connector: JST-SM 3-pin female plus XLR male
strip-side connector: JST-SM 3-pin male plus XLR female
nominal operating voltage per unit: 5 V DC

compatibility

WsMax is intended for controllers and LED strips that use WS281x-style single-wire data signaling at 5 V logic levels, including typical WS2811, WS2812, and compatible families.

WsMax is compatible with WS2811-class stream rates at 400 kbit/s and 800 kbit/s and transports the common 24-bit GRB payload unchanged.

Absolute maximum ratings for the transceiver stage are supply pin -0.3 V to +12 V, bus pins A/B -8 V to +12.5 V, and logic pins -0.3 V to VCC +0.3 V.

For best results, use 120 ohm DMX-grade twisted-pair cable and keep controller, receiver, and strip grounds referenced as documented in the user guide.

notice

Specifications and features may change without prior notice.

press release

WsMax introduces a compact inline extender for stable long-distance WS281x signal transport over standard 3-pin XLR DMX cable

licht.team announces WsMax, a compact two-piece inline signal extender for WS281x LED data links. WsMax is designed to improve reliability and practical range in installations where direct single-wire data runs are unstable, especially in field and event environments.

WsMax converts controller-side WS281x data into a differential transport link, sends it over standard 3-pin XLR DMX cable, and restores WS281x data at the strip side. The system uses dedicated transmitter and receiver units with half-duplex RS-485 transceivers (5 V, up to 2.5 Mbit/s) and fixed 120 ohm termination on both link ends, providing a straightforward wiring model that fits existing DMX cable infrastructure.

WsMax is compatible with typical WS2811 transport at 400 kbit/s and 800 kbit/s, carrying the common 24-bit GRB payload unchanged.

The product targets users who need fast deployment and predictable operation without additional software layers. With direct inline integration through JST-SM and XLR connectors, WsMax supports practical retrofit workflows for temporary setups and permanent installations alike.

Typical use cases include remote strip placement, stage and event builds, installation troubleshooting, and any project where WS281x data integrity must be maintained across longer cable paths.

about WsMax

WsMax is a dedicated hardware signal transport solution focused on one core goal, robust and field-ready WS281x data extension.

about licht.team

licht.team develops practical lighting tools and control solutions with a focus on direct usability, compact form factors, and field-oriented design.

WsMax

user guide

introduction

Thank you for choosing WsMax.

WsMax is a two-piece inline extender for WS281x LED data lines. It transports data over differential signaling through standard 3-pin XLR DMX cable, improving stability and usable distance compared to direct single-wire runs.

package contents

WsMax transmitter unit
WsMax receiver unit
quick wiring sheet

device overview

WsMax consists of:

transmitter unit (controller side)
receiver unit (strip side)

transmitter unit interfaces:

JST-SM 3-pin female to controller side wiring
XLR 3-pin male to long cable link

receiver unit interfaces:

XLR 3-pin female from long cable link
JST-SM 3-pin male to LED strip input

pinout reference

JST-SM side:

pin 1: +5 V
pin 2: DATA
pin 3: GND

XLR side:

pin 1: GND or shield reference
pin 2: DATA-
pin 3: DATA+

before you start

verify controller output is compatible with WS281x data signaling
verify LED strip input is compatible with WS281x data signaling
use DMX-grade 120 ohm cable for the XLR link
officially supported link length is up to 1000 m, depending on cable quality
verify JST pinout and polarity before powering the system
keep both WsMax units powered at 5 V DC from their respective local side

quick start

Power off controller and strip power supplies.
Connect WsMax transmitter JST-SM to the controller-side LED output wiring.
Connect WsMax receiver JST-SM to the strip data input wiring.
Connect both WsMax units with a 3-pin XLR DMX cable.
Power on controller and strip side supplies.
Send a simple test pattern from the controller.
Verify stable strip response across the full cable length.

recommended wiring practice

route DMX cable away from mains and high-current motor lines
avoid sharp cable bends and high-strain connector mounting
avoid patching through unknown XLR splitters without signal verification
keep all grounds referenced as intended in your controller and PSU design
for permanent installs, lock wiring and document tested pinout

normal operating behavior

WsMax does not alter WS281x color data by design
WsMax does not generate effects or timing on its own
link quality is determined by controller timing, cable quality, power, grounding, and EMI conditions

troubleshooting

no output on strip

verify both WsMax units receive 5 V and GND on their JST side
verify DATA line is connected to the correct JST pin
verify XLR cable continuity and pin order
verify controller output works with a short direct strip connection

unstable or flickering output

use DMX-grade 120 ohm cable instead of audio microphone cable
improve grounding and reduce noise coupling from nearby power wiring
shorten cable temporarily to isolate site-specific EMI issues
verify power supply stability at controller and strip side

wrong colors or shifted pixels

verify strip type and controller timing profile match
verify channel order and color mapping in controller configuration
verify no extra level shifter or protocol bridge conflicts in the line

works direct, fails over long cable

verify transmitter and receiver are not swapped
verify XLR pin assignment is pin 1 GND, pin 2 DATA-, pin 3 DATA+
retest using a known-good DMX cable and clean power source

safety and handling

use only within specified low-voltage DC wiring systems
do not use in wet environments without suitable enclosure protection
disconnect power before rewiring
do not force connectors or reverse-polarity JST wiring

maintenance

keep connectors clean and dry
inspect cable strain relief periodically
replace damaged cables and connectors immediately

notice

Specifications and features may change without prior notice.

WsMax

faq

what is WsMax?

WsMax is a two-piece inline WS281x signal extender for long cable runs. It transports data over differential signaling through 3-pin XLR DMX cable.

what problem does WsMax solve?

WsMax improves reliability and usable distance for WS281x data links where direct single-wire wiring is unstable or too short.

does WsMax change the pixel data?

No. WsMax is a transport extender. It does not generate effects and does not change pixel content by design.

does WsMax support bidirectional data?

No. WsMax is a unidirectional link from controller to strip.

which LED types are supported?

WsMax is intended for WS281x-style one-wire LED data systems, including typical WS2811 and WS2812 compatible setups.

which ws2811 data rates are supported?

WsMax is compatible with typical WS2811 stream rates at 400 kbit/s and 800 kbit/s.

which cable type should i use for the long link?

Use DMX-grade twisted-pair cable with nominal 120 ohm impedance and 3-pin XLR connectors.

how are the link terminations implemented?

The XLR link is terminated with 120 ohm on transmitter and receiver side.

can i use microphone XLR cable?

It may work on short links, but DMX cable is recommended for reliable installation-grade operation.

does WsMax convert WS281x data to DMX protocol?

No. WsMax uses DMX cable and XLR connectors as a transport medium, but it does not convert WS281x data into DMX protocol.

which ws2811 payload format is transported?

WsMax transports the incoming WS2811-style payload unchanged as one-wire NRZ data with 24-bit pixel frames in GRB order.

which transceiver parameters are relevant?

WsMax uses half-duplex RS-485 transceivers at 5 V, with up to 2.5 Mbit/s signaling capability and receiver common-mode range from -7 V to +12 V.

which maximum ratings are relevant?

Use only for design limits, not normal operation: supply pin -0.3 V to +12 V, bus pins A/B -8 V to +12.5 V, logic pins -0.3 V to VCC +0.3 V.

what is the maximum cable length?

The officially supported link length is up to 1000 m.

Actual usable length depends on cable quality, controller timing, grounding, and site noise. Validate final link length in your real installation environment.

does WsMax pass power over the XLR cable?

No. WsMax transports data and reference only. Each unit is powered locally through its JST side at 5 V DC.

what connectors are used?

Transmitter side:

JST-SM 3-pin female
XLR 3-pin male

Receiver side:

XLR 3-pin female
JST-SM 3-pin male

what if my strip does not respond?

Check power, pinout, cable continuity, and DATA pin assignment first. Then verify controller output on a short direct strip connection.

what if i get flicker on long links?

Use proper DMX cable, improve grounding, separate signal and mains wiring, and retest with a shorter cable to isolate EMI issues.

can i install WsMax outdoors?

WsMax is intended for indoor dry-use environments unless installed in a suitable protective enclosure.

does WsMax require software or an app?

No. WsMax is a hardware inline extender and does not require an app.

can specifications change?

Yes. Specifications and features may change without prior notice.

WsMax

preliminary datasheet

product type

two-piece inline WS281x data extender
differential transport over 3-pin XLR DMX cable
designed for longer and more robust WS281x links

system architecture

WsMax consists of two dedicated units:

transmitter unit
receiver unit

The transmitter converts WS281x single-ended data to a differential signal. The receiver converts the differential signal back to WS281x data.

signal transport

transport principle: RS-485-style differential signaling
cable type: DMX-grade twisted pair, nominal 120 ohm
link connector type: 3-pin XLR
line termination: 120 ohm at transmitter and receiver side

electrical interface

transceiver class: half-duplex RS-485/RS-422
transceiver supply range: 4.75 to 5.25 V
transceiver signaling capability: up to 2.5 Mbit/s
receiver threshold window: -200 mV to +200 mV
receiver common-mode range: -7 V to +12 V
nominal operating voltage: 5 V DC per unit
data path: unidirectional, controller to strip
intended signal family: WS281x-style one-wire data

maximum ratings

supply pin, absolute maximum: -0.3 V to +12 V
bus pins A/B, absolute maximum: -8 V to +12.5 V
logic pins, absolute maximum: -0.3 V to VCC +0.3 V

ws2811 payload compatibility

data format: one-wire NRZ stream
typical payload: 24 bit per pixel, GRB order, 8 bit per channel
supported stream rates: 400 kbit/s and 800 kbit/s

connectors

transmitter side:

JST-SM 3-pin female
XLR 3-pin male

receiver side:

JST-SM 3-pin male
XLR 3-pin female

pin assignment

JST-SM side:

pin 1: +5 V
pin 2: DATA
pin 3: GND

XLR side:

pin 1: GND or shield reference
pin 2: DATA-
pin 3: DATA+

wire color note:

wire colors on JST pigtails can vary by supplier
verify pin functions before final installation

pinout reference images:

performance

designed for long cable runs compared to direct WS281x wiring
supported link length: up to 1000 m
achievable range depends on cable quality and installation conditions
practical link length depends on controller timing, cable quality, grounding, and EMI conditions
long-run installations should be validated on site before production use

mechanical

inline adapter format for direct cable integration
compact assembly intended for field wiring and retrofit use

operating conditions

indoor dry-use design
avoid direct moisture, conductive dust, and mechanical over-stress

package contents

1x WsMax transmitter unit
1x WsMax receiver unit
quick wiring sheet

notice

Specifications and features may change without prior notice.

löten plan b

kein plan vom löten?

etwas tun gegen elektroschrott?

die dinge funktionieren nicht wie geplant?

perfekt - zeit für plan b.

du kommst vorbei, schnappst dir einen haufen elektroschrott – ausgelutschte vape-akkus, kleinteile, dinge die längst im müll gelandet wären – und lötest daraus dein eigenes leuchtendes ding. du brauchst keine vorkenntnisse, nur freude am selbermachen.

müll, der leuchtet. mehr versprechen wir nicht. mehr braucht's auch nicht.

jeder baut, was er will. der eine macht was kleines, das brav vor sich hin blinkt. der andere lötet drauflos bis es qualmt und leuchtet und keiner mehr weiß warum. beides richtig. dein ding gehört dir, du feierst damit - und dann nimmst es mit nach hause.

wir zeigen dir, wo der lötkolben heiß ist und wie man zwei drähte verbindet, ohne sich die finger zu ruinieren. den rest macht ihr. kein plan, trotzdem leuchtet's.

löten ist einfacher als du denkst. und aus schrott was zu machen, das am ende glüht, ist ein verdammt gutes gefühl.

komm vorbei. bring nix mit außer gute laune. geh mit licht.

plan b - und danach: weltherrschaft 🎉

about

what it is all about

let there be light

licht.team ist ein kollektiv aus nerds, kreativen und festival-menschen - vereint durch die leidenschaft, licht zum erlebnis zu machen. wir verbinden dazu magie mit feinster technologie - und bauen dinge, die menschen wirklich berühren.

and remember: have fun and don’t be an asshole.

imprint

✉ matthias waldorf / klenzestr. 32 / de-80469 münchen

@ matthias.waldorf / gmail.com