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@PIEPS APPto get
wARRAnty ExtEnSIon
bluEtooth
SEnSoR tEchnology
Auto-AntEnnA-SwItch
iPRobESuPPoRt
APP contRollEd
VIbRAtIon At fIRSt REcEPtIon
Auto-SEARch-to-SEnd
MARk-functIon
SmallEStlIghtESt
moSt IntuItIvEbeacon with automatic switchover
to the search mode
PIEP
S BE
ACO
NS
PIEPS MIcRo
ICE EDITION
PIEPS dSP SPoRt
PIEPS dSP PRo | dSP PRo IcE
Best Buy
2014
gRouP chEck
SElf chEck
Awards 2016:
gRouP chEck
Reviews the activity and transmission parameters of the partner device. PIEPS recommends to perform a group check before each tour.
iPRobE SuPPoRt
Beacons with this function can be temporarily de- activated using the smart iPROBE. The receiving beacon automatically indica-tes the next strongest signal.
Auto-SEARch-to-SEnd
This function automatically switches the beacon from search mode to transmit mode, if the beacon is not moving for a certain time (in case of burial).
Auto-AntEnnA-SwItch
A negative influence through electronic devices or metal to the transmitting antenna effects an automatic switching to the other antenna.
bluEtooth®
App-controlled Device management:
-Update -Device-Check -Settings
SEnSoR tEchnologIE
for easy and intuitive handling.
Automatically switching from transmitting mode to search mode.
only for MIcRo
only for MIcRo
THE BATTERIES HAvE TO BE REmOvED oVER thE SuMMER!
Regardless of the charge status: Leaking batteries can damage your PIEPS beacon.
It is necessary at the beginning of each season to use new batteries.
Don‘t forget:
PIEPS DEvIcE-SErvIcE
If you use the powder and are on tour, your PIEPS beacon is exposed to extreme conditions such as sub-zero temperatures and humidity.
In accordance with EN 300718, your PIEPS beacon meets the highest technical demands and standards. Despite technology the equipment is subject to aging.
For your own safety, please service your PIEPS beacon as you would your vehicle.
First service after 3 years
Second service after 5 years
After that annually*from the date of purchase
how often you should service your PIEPS beacon?
Fill in the form and send the device for
acceptance
clIck hERE
foR dEVIcE
SERVIcE:
my.pieps.com
Dimensions (LxWxH, mm) 115 x 75 x 28 115 x 75 x 28 106 x 74 x 20 115 x 75 x 28
Weight (g, incl. batteries) 225 225 150 210
Temperature range -20°C to +45°C -20°C to +45°C -20°C to +45°C -20°C to +45°C
Transmission frequency (kHz, according to EN300718)
457 457 457 457
Digital Signal Processing
Receiving antenna 3 3 3 3
Receiving characteristic circular circular circular circular
maximum range (m) 60 60 40 50
Search Strip Width (m) 60 60 40 50
Self-Check
Group check
Transmission parameters check
Auto-Antenna-Switch
iProbe-Support
Display multiple burial
mark function
SCAN function
Continuous carrier indication
Frequency measurement
TX600-Support
Auto-Search-to-Send
Inclinometer
motion sensor
Battery 3 batteries (AAA) 3 batteries (AAA) 1 battery (AA) 3 batteries (AAA)
Battery lifetime (min. h) 400 400 200 200
Hardened display glass
Carrying system Neoprene Neoprene Hardcase Neoprene
Hand loop
Update possibility to latest software
Latest firmware v3.0 v3.0 v1.0 v3.0
Sensor technology
Bluetooth-controlled
PIEPS bEAcon In coMPARISonPIEPS dSP PRo IcE
PIEP dSP PRo
PIEPS MIcRo
PIEPS dSP SPoRt
d= Search strip width
thE PhaSES of SEarch anD rEScuE
view is on the avalanche cone (surface), display is in angle of view.
SIgnAl SEARch
RESult AccuRAcy
SEARch SPEEd
PoInt of IMPAct
PRIMARy SEARch AREA
PoInt of dISAPPEARAncE
coARSE SEARch fInE SEARch PInPoIntIng
PIEPS know-how: SEARch PhASES
ONE RESCUER By FOOTONE RESCUER WITH SkIS
mORE RESCUERS
Always probe perpendicular to the snow surface.
Probe in a spiral pattern, in 30 cm intervals around the marked fine search result.
Communicate a hit and leave probe in place.
Weight (g) 390 430 230 265 290 330Length (cm) 220 260 220 260 260 300Probing-length1 (cm) max. 270 max. 310 - - - -Tubes 5 6 5 6 6 7Tube diameter (mm) 12,50 12,50 13,25 13,25 12,50 12,50
PIEPS
PRobES In coMPARISon
1= Probing length + electronical target range
PIEPS iPRobE II 220 | 260
EffEctIvE PInPoIntIng
Intelligent, electronic avalanche-probe with acoustic and visual hit indication
60% time saving
in pinpointing
& probing
SPEcIAl kEVlAR cAblE Pull SyStEMfor extra stability and
easy extension
MultIPlE buRIAlS
Benefit through auto-matic deactivation of PIEPS beacons with
iProbe-support.
Auto-SwItchon/off
The iProbe is auto-matically switched on when tensioned and automatically switched off when
tension is removed.
oPtIcAl & AcouStIc dISPlAy
LEDs on the probe head support not only clear acoustics but also the
visual hit display
Even with systematic probing work, the buried person can be missed several times and this can lead to untercertainty.
Furthermore the interpretation of the results is often difficult. The PIEPS iPROBE ensures a clear pinpointing-result.
when probing with the PIEPS iPRobE a continuous signal & a steady light indicate a “hit“.
Even if the buried person isn´t struck with the probe, this is the starting signal for digging.
fully automatIc ProbE gEnIuS
AVAL
ANCH
E-PR
OBE
S
you SAVE tIME
at companion rescue!
iPRobE II 220
iPRobE II 260
cARbon touR 220
cARbon touR 260
AluMInIuM260
AluMInIuM300
patented
technology
the Matterhorn in the wallis region of Switzerland, due to its distinctive shape and climbing history, is known as one of the most famous mountains in the world .
With a height of 4478m the matterhorn is the landmark of Switzerland. The first successful ascent on the 14th of July 1865 over the Hörnligrad from Zermatt, was lead by the English expedition leader Edward Whymper. The matterhorn became famous due to the race to become the first to ascend and the tragic loss of 4 mountineers during the decent.
An Italian expedition lead by Jean-Antoine Carrel attempted the ascent at the same time, but chose to go over the Liongrat from Cervinia. They reached the peak three days after Whymper.
In May 2016, four young female freeriders (three of which are members of the PIEPS freeride-team) set out to travel this spectacular wall on skis. the two Austrians, Melissa Presslaber and lorraine huber, one Italian, giulia Monegro and one frenchwoman liv Sansoz, all of them passionate mountaineers, were able to complete this adventure successfully.
This challenging undertaking requires thorough planning. However, any planning done is point-less if the snow and weather conditions are not optimal. Due to the east-facing direction and the meterological divide of Switzerland/Italy, the matterhorn is an uncertain undertaking because of its exposure.
many years passed since I first considered crossing over the East Face on skis. many failed attempts lay in between. Giulia experienced something similiar. She eyed the matterhorn East Face for a long time too, but it simply wasn’t the right time. Now it was.
„On the day of the ascent and crossing, every-thing was just perfect. The weather was great, the snow conditions perfect, the body and soul, and the cooperation of our team. It was the perfect day and I am so glad and grateful that I was able to share this adventure with other people who have the same passion as I do.“
- Melissa Presslaber
on SkIS acroSS thE EaSt facE
one of the most daring decents in the Alps
50° average gradient
Altitude difference 850 m
the Matterhorn east face:
on the 14th of May 1975, the Italian mountaineer, extreme skier and mountain guide, toni Valeruz completed the first decent of the east face.
Because of over 50 first descents inside and beyond the Alps, Toni valeruz is considered to be one of the most outstanding steep face descent skiers of his generation.
Foto: Giulia monegoFoto: Giulia monego Foto: melissa Presslaber
Foto: Lorraine Huber
Shovel blade dimensions (cm) 30,5 x 24,4 x 7 27,5 x 20,7 x 5 28 x 21,5 x 8,5 30 x 23 x 8,5 28 x 21,7 x 6 28 x 21,7 x 6
Handle pack length (cm) 52 50 50 50 45 48
Total weight (g) 900 660 660 720 520 635
Total length (cm) 105,5 88 88 90 67,5 94
Start digging from the side of the probe and at a distance downhill from the probe equal to the indicated depth of burial.
thE nEw c-hanDlE
Allows easy handling also with the thickest gloves.
PIEPS
ShoVEl c
RIP StoPfor a perfect grip
IntEgRAtEd bottlE oPEnER
the shovel automatically
engages into the lock
QuIck-lock- SyStEM
REScuE SlEdgE functIon
SyStEmatIc DIggIng
If several diggers are available, the positions should be exchanged in a clockwise direction.
you’ve got
MoRE StREngth
for a longer time!
hoE functIonfor bivouac
building
AVAL
ANCH
E-SH
OVE
LS
PIEPS
ShoVElS In coMPARISon
PIEPS PRo+ PIEPS touR PIEPS touR t
PIEPS RAcER t
PIEPS ShoVEl c 660
PIEPS ShoVEl c 720
Organize and coordinate the digging!
Start a large area at the side of the probe!
Work quickly but not hastily!
Digging work with probe as orientational guide.
thE rEvolutIon In aIrbag
tEchnologyPIEPS Jetforce is the first electronic avalanche-airbag technology with
jet-fan inflation
bIg AIR PockEt Due to the automatic Airbag-eva-cuation in the case of burial you
get a 200l hollow space.
PRActIcE wIthout AddItIonAl coStS
Because the system uses jet-fan inflation instead
of compressed-gas-cylinders, PIEPS-Jetforce can
be deployed for training wi-thout additional costs
touR RIdER: 24 literRIdER: 10 liter touR PRo: 34 liter
aIrbag know how & JEtforcE aDvantagES
PIEP
S JE
TFO
RCE
89%78%
An inflated avalanche airbag increases the chance of survival:
With airbag With airbagWithout airbag Without airbag
20%47%
An avalanche airbag minimizes the critical burial risk:
Without air pocket
1,5 - 2 hours
15-35 minutes
With air pocket
In critical burial, an existing air pocket increases the probability of survival:
MultIPlE dEPloyMEntS
The compact Lithium-Ion battery supports 4 airbagdeployments per charge
PIEPS JEtfoRcE
PractIcE wIthout aDDItIo-nal coStS
Professional avalanche experts, such as Moun-tain guides & rescuers, practice regularly
Familiarity with the trigger mechanism and training increase the release rate and safety.
200 lThat’s how big the air pocket will become through the Jetforce after the automatic airbag- evacuation.
According to statistics, the person concerned fails to trigger the airbag in 20% of serious cases. Reason is the uncertainty with the systems.
Only an inflated airbag helps!
20%
PIEPS JEtfoRcEis also helping
in the case of burial!
IncREASE the
fAMIlIARIty of your PIEPS
Jetforce!In 2
toRSo-lEngth available
Source: Haegeli, P., M. Falk, E. Proctor, B. doubt F. Jarry, S. Logan, K. Kronholm, M. Biskupic H. Brugger: The effectiveness of avalanche airbags. Mountain and Climbing 3/14; 94-101
Attention: Although if you have an airbag, never go on tour without beacon, probe and shovel!
PIEPS dSP SPoRt
PIEPS dSP SPoRt
PIEPS SHOvEL touR
PIEPS SHOvEL touR t
PIEPS
SEt SPoRtPIEPS
SEt SPoRt t
PIEPS PROBE
AluMInIuM 260PIEPS PROBE
AluMInIuM 260
PIEPS dSP PRo
PIEPS SHOvEL touR t
PIEPS
SEt PRo
PIEPS PROBE
AluMInIuM 260PIEPS MIcRo
PIEPS SHOvEL c 660
PIEPS PROBE iPRobE II 220
PIEPS
SEt MIcRo II
SETS
Rescue time for 1 person, at a burial depth of 1 metre (study according to Stumpert)
Only a rescuer who uses the proper emergency equipment can succesfully complete companion rescue within 15 minutes!
15 min
26 min
59 min PIEPS MIcRo
PIEPS SHOvEL
c 660PIEPS PROBE
AluMInIuM 260
PIEPS
SEt MIcRo
avalanchE ParamEtErS rEaDy to hanD
the electronic inclinometer and thermometer for the ski pole
PIEPS 30° PluS xt
SloPE-gRAdIEnt-IndIcAtoR
tEMPERAtuRE dISPlAy
°c°f
°C or °F
EASy to AttAch
to all standard ski poles
REPlAcEAblE coIn bAttERy
PIEPS AluMInIuM 260
PIEPS cARbon touR 260
PIEPS AluMInIuM 300
PIEPS ShoVEl c 660
PIEPS 30°PluS xt
PIEPS iPRobE II 220
PIEPS dSP PRo
PIEPS dSP SPoRt
PIEPS cARbon touR 220
PIEPS ShoVEl PRo+
PIEPS ShoVEl RAcER t
PIEPS ShoVEl touR | touR t
PIEPS tx600
PIEPS chEckER
PIEPS bIVy
PIEPS fIRSt AId
PIEPS bAckuP
PIEPS PlEcotuS
PIEPS MyotIS lIght
PIEPS MyotIS
PIEPS
PRoductS
PIEPS MIcRo
PIEPS ShoVEl c 720
PIEPS iPRobE II 260
PIEPS fREERIdER lIght
PIEPS fREERIdER
PIEPS PlEcotuS lIght
PIEPS clIMbER PRo
PIEPS AlPInISt PRo
PIEPS RAcIng
PIEPS dSP PRo IcE
you can find all
products on
www.pieps.com
PIEP
S bEA
conS
AVAl
Anch
E-PR
obES
AVAl
Anch
E Sho
VElS
AccE
SSo
RIES
JEtf
oRc
EbA
ckPA
ckS
JEtfoRcE touR RIdER24
JEtfoRcE RIdER10
JEtfoRcE touR PRo34
mEaSurE - for your SafEty!
The slope gradient is the key indicator when it comes to evaluating the avalanche danger.
Irrespective of the level of risk (danger level), half of all avalanches occure between 36° and 42°, the mean value is 39°.
The probability of triggering a skiing-avalan-che increases with the slope-gradient.
you only can assure a risk-minimised ascent and descent snowtrack, if you are able to evaluate visually the slope gradient in a correct way.
Also watch the temperature! massive changes lead to a risk increase.
First estimate,
thEn chEck!