“Just wanted to pass on the build I did with the D&D series motor package I got from you. I couldn't be happier with the motor / controller package. I'm really excited to have it done, so I'm sharing my build with everyone who contributed in some way.” Noah S Podolefsky.
A beautiful conversion of a '94 Suzuki GSX-R 1100.
Alltrax Controller AXE 7245,
D&D Motor ES-15-6 (painted in black),
LiFePO4 Batteries.
Link to builder's Website and evalbum #3519
Hi Carl and EV DRIVES, I want to thank you good folks for helping me get the replacement motor for Electra Green.
The Mars ME0709 motor is one powerful motor for its size.
We are using Electra Green as a teaching tool to help keep our young people off drugs, gangs and to stay in school. I take Electra Green to schools and all kinds of events. Check out firstontop.com to see how we using electric motorcycle. Keep up the good work selling quality products!
Phil Chipman (Wind EV) has built a two person , three wheeled prototype vehicle that has a weight of 470 lbs, a range of 21 miles on lead acid batteries using a Mars ME0709 and the Alltrax AXE 7234 series motor controller. Phil came in third overall in the California 2010 Energy Invitational "Greatest Projected Distance" Award. Went 27 miles on 14 cents of energy. That works out to about 570 mpg. Link to the race. Here is a link to more info on evalbum.com
VW converted to electric car. Here is a quote from a very happy man in
Sweden.
"Electric car built on parts from evdrives!
Thank you for really good parts, my car really works great"
D&D motor ES-15-6
Alltrax controller AXE 7245
PB-6 Throttle
JCA-400 contactor.
Max speed 100km/h
Normal speed 70-80km/h
Range/charge 30-40km
Charge time 4-5h
Effekt 2kWh/10km, 6 batteries 140Ah
Electric_GPR's is running the Alltrax AXE7234 300 amp controller with a Mars ME0709 motor and 20 -50AH LiFePO4 Battery, 3.20 Volt, Lithium-Polymer.
Here is a very nice electric motorcycle built by a friend. He started out with an older pump motor and just upgraded to the Mars ME0708 motor with an AXE4844 controller and the DC to DC for running the headlights. He built this motorcycle to run from home to work about 10 miles away and is running sealed lead-acid batteries. Very nicely built bike! I am happy to see it running after the motor change.
1979 Honda CBX Electric Motorcycle
2-4-08...Few more test miles on new controller, got full refund on the previous controller even though it was technically out 20 days. Wow! Alltrax and Carl at EV Drives.com rock!!.. got some great suggestions for changes on my schematic for the bike... Thank you!...Recently, At the local store; A couple guys parked next to me say(new york accent),"It's something like off james bond, wow, what year is that?" I say "1981"... they say "wow I didn't even know they made them" "48 volts, wow... turn it on so I can hear it." ...I say "you can't hear it"... his buddy says, "hey,hey,it is on!"... I ride away... Too funny !!... Purchased as a junker hurricane bike. Selected for it's classic looks and powerful brakes. I added bodywork to make it look like an '81. Factory fairing and Honda-line saddle bags. Video
A gentleman came to us asking for help with his project because he was frustrated with the wheelchair drive he had been working with for a few weeks. He is now a happy man running a Mars ME0709 Motor with an AXE4844 Controller, White Rodgers 586 Reversing Contactors and a Quick Charge Battery Charger. Here is link to his video on youtube. Video 1 & Video 2
"It's the nerdiest thing I have ever built but its for taking to the campgrounds with the wife because we are too lazy to walk everywhere."
1972 Attex 6 wheel drive amphibious vehicle, now electric. This 6X6 is running an Alltrax AXE4845 controller, a Yale 7.5 inch Series Wound DC motor, running on 48 volts with a top speed of 20mph and a range of 10 miles.
After looking at the pictures he sent me I was very impressed with how clean the conversion is. To read more about this please visit his listings at. Link to EV Album & Video
Electric Boat racing by high schools
Experimental EV research is an
important part of the Alltrax past,
present and future. Several schools and college EV challenges and races
have been won powered by Alltrax
controllers.
This Go-Kart is running an AXE7245 on 72 volts and a JCA-400 contactor that they bought from us.
NEV Markets / Neighborhood Electric Vehicle (NEV)is an American term for a speed limited battery electric vehicle (25-35 miles per hour in the U.S.A), restricted by law to operation on roads with speed limits not exceeding 35-45 mph (56-72 km/h) These speed restrictions, combined with a typical driving range of 30 miles (48 km) per charge.
To satisfy requirements for operation on streets, NEV's are equipped with three-point seat belts, windshields and windshield wipers, running lights, headlights, brake lights, reflectors, rear view mirrors, and turn signals.They must be licensed, and the driver must be licensed. Because airbags are not required the NEV cannot travel on highways or freeways.
People Movers, Special Transportation Special transportation using electric
vehicles has tripled over the last three
years. Alltrax provides performance
controllers to several major customers
who require more torque and flexible
features for a demanding application
Industrial and Process Equipment The industrial material handling
markets require higher performance
controllers. This includes re- builders,
OEM, and special design applications.
The Alltrax controllers' thermal and
power performance is better than
most manufacturers' requirements.
Golf Fleet and OEM applications Original equipment manufacturers
(OEM) and fleet golf applications
require a reliable cost effective
controller. Alltrax provides flexible
tools and adapters for many golf car
vehicles.
The many golf cars platforms, ground
keeping utility vehicles, and multi
person cars require electric motor
controllers that can serve many
different needs.
Marine After Market & OEM Applications Lear 204 made in California The marine market is a new and
emerging opportunity for those who
compete against the hydrocarbon
driven boats. Advanced motors,
battery technology, and environmental
water quality concerns have provided
boating enthusiasts an electric
alternative.
Harsh environments, high customer
expectations, and flexible design
requires high performance and high
quality products.
Solar boat Solifleur, Switzerland 1995 While most boats on the water today are powered by diesel engines, and sail power and gasoline engines are also popular, it is perfectly feasible to power boats by electricity too.
Passenger solar boat Solifleur, Switzerland 1995Electric boats were very popular from the 1880s until the 1920s, when the internal combustion engine took dominance. Since the energy crises of the 1970s, interest in this quiet and potentially renewable marine energy source has been increasing steadily again, especially as solar cells became available, for the first time making possible motorboats with an infinite range like sailboats. The first practical solar boat was probably constructed in 1975 in England (see Electrical Review Vol 201 No 7 12 August 1977). With the present state of technology, many[citation needed] believe that the time is right for the increased usage of electric or solar boats.
Thomas Edison an electric car in 1913 Driven by high oil prices, the
traditional EV market has expanded
exponentially. From conversions to
OEM applications, the motor and
controller combination provide the
customer solutions using proven and
viable technologies.
High customer expectations and harsh
environments have customers seeking
high performance alternatives for
on-road vehicles. The company
founder designed our products for
racing applications, thus the company
was born "At the Race Track"
