Skip to main content

Garmin Edge 1000 review

Prepare, compare, improve: Garmin's Edge 1000 is a data junkie's dream

Garmin Edge 1000
Garmin Edge 1000
MSRP $600.00
“The Garmin Edge 1000 is a data junkie’s fix that makes you a better rider. And without data, a ride is just a ride.”
Pros
  • Data, data, data!
  • Compact and lightweight
  • Wi-Fi, Ant+, and Bluetooth 4.0 connectivity
  • Easy to use mapping
Cons
  • Lackluster display, compared to most modern phones
  • Riding with maps takes some getting used to
  • Battery life could be better

You just dropped a few thousand on a new bike. Should you spend another few hundred on a biking computer as well? Absolutely.

Recommended Videos

Garmin’s Edge 1000 goes well beyond merely offering mapping and GPS, including heart rate monitoring, a speed/cadence sensor, Wi-Fi connectivity, and anything else an avoid biker could ask for. The device makes some marked improvements over its predecessor, the Edge 810, but won’t replace it. Rather, the Edge 1000 offers a few upgrades including a larger, easier to read screen, base mapping and routing, a capacitive touchscreen, and more.

Sure, the Edge 1000 won’t pedal for you, and likewise it won’t cook that after-workout carb meal your body craves. But when it comes to everything else, Garmin’s got you covered.

Features abound

The Garmin Edge 1000 measures 2.3 × 4.4 × 0.8 inches and weighs just 4 ounces. It can be purchased as a standalone unit ($599) or as a bundle ($699). Both packages come complete with an out-front mount, stem mount, device tether, a USB cable to connect to your computer for charging, and preloaded maps. The bundle adds a heart rate monitor and a speed/cadence sensor, which don’t require magnets or calibration (more on this later).

For those unexpected squalls and showers, the Edge 1000 is water-resistant: Per an IPX7 rating, you can submerged it in a meter of water for up to 30 minutes, though I didn’t personally test this claim. The 3-inch color touchscreen adjusts to light conditions during your ride, and the capacitive sensors let you use it even with riding gloves on or sweaty fingers. Improvements to the touchscreen let you use it vertically or horizontally, much like a phone. (The horizontal view made mapping features easier to use while riding.) The screen feels crude in comparison to a modern-day iPhone or Android phone, and initially I was disappointed by the lackluster display. That’s the LCD screen, which simply doesn’t compare to the OLED screens in many new phones. Garmin says the device can go 15 hours on a single charge, though 10-12 hours was a bit more realistic in my experience.

Garmin Edge 1000
Jessica Lee Star/Digital Trends
Jessica Lee Star/Digital Trends

The Edge 1000 includes Wi-Fi, Ant+, and Bluetooth 4.0 connectivity, a cornucopia of wonderful connectivity. Wi-Fi let me transfer data wirelessly from open hotspots. This means no need to connect to a computer to transfer routes and ride metrics — it also just syncs automatically when you roll into the garage. Bluetooth lets the device pair with a smartphone, so incoming calls and text alerts display on the device itself — a great feature. My iPhone now comes out of my pocket only when I absolutely need it. You won’t be able to respond from the Edge 1000, but at least you’ll know when someone is desperately trying to reach you.

The built-in Wi-Fi also lets you rapidly download map data, while GPS provides turn-by-turn directions along with the ability to track back to your starting point. The device is even capable of connecting to a host of ANT+ sensors, including heart-rate monitors, cadence sensors, and power meters, like Garmin’s Vector, a pedal-based power meter that measures total power, left/right balance, and cadence. And if you use Shimano’s DI2 electronic shifting systems, the Edge 1000 can display what gear you’re in on screen.

Riders can also add a small remote control (as an accessory for $49) that attaches to your handlebars and provides access the most commonly used features. Pretty awesome!

Much better mapping — but still imperfect

The Edge 1000 comes with base maps from open-source mapping project OpenStreetMap (OSM). OSM is incredibly accurate and has become much simpler to use over time, when compared with older versions of the software. With the new maps, Garmin adds a routing function, which let you plug in the distance you want to ride before suggesting routes to take. It’s handy if you’re in a new town searching for the best way to a destination, or want to find an afternoon ride.

It’s handy if you’re in a new town searching for the best way to a destination, or want to find an afternoon ride.

You can do the same thing using a personal computer and a program like Garmin Connect or Strava, but having the ability to construct routes directly on the Edge 1000 without a PC is a definite advantage. That said, mapping routes is still much easier through applications like Ride With GPS (for iOS and Android), though doing so requires you to plug the device into a computer to drag and drop the .GPX file onto the device.

OSM mapping is a major upgrade. Maps on the Edge 1000 now include routable roads and bike paths, elevation data, points of interest, and address search. Mapping data is also stored on the Edge itself, so your access to navigation and performance capabilities runs independently of cellular coverage. Map updates are also free!

Garmin has also added Strava-like segment challenges, meaning you can see segments on the Edge 1000 and race against them in real time. The system shows riders how far ahead of others’ pace you are, or how far behind — which may provide a little extra motivation. Segments are limited compared to Strava, but this will likely change if more riders convert from iPhones and other bike computers to Garmin.

Turn-by-turn directions are great and include street names, which makes it easy to navigate from the road. But if you simply want to follow a line on the map, you can that too. Be warned, it’s very easy to stray off course. The first few times I tried this feature, I ended up lost (one time straying nearly 15 miles off of my intended route). But I do like that the Edge 1000 also shows you the exact time and distance to your next move as you approach it. It fails occasionally, but as I have gotten used to the device, recalculating and rerouting has gotten much easier, thanks in part to the ability to pinch and zoom in on the map view.

Connectivity and sensors: A huge upgrade

The speed and cadence sensors let the Garmin calculate distance traveled, even when GPS is not available. Unlike previous models, these sensors do not rely on a magnet passing a switch but instead use accelerometers to determine the rotational speed of the rear wheel and cranks. Simply connect the cadence sensor to the left crank using the supplied rubber strap, and wrap the speed sensor around the rear hub.

Garmin Edge 1000
Jessica Lee Star/Digital Trends
Jessica Lee Star/Digital Trends

Unlike past models, neither requires calibration. The speed sensor automatically determines the circumference of your wheel; cleverly, the Edge 1000 can take speed and distance from the sensor rather than from GPS, which makes it more accurate.

Warranty

The Garmin Edge 1000 comes with a limited 1-year warranty to covers all of things you’d expect — manufacturing defects, charging issues, light water damage due to rain for example, or connectivity issues. In these cases, Garmin will replace the device, free of charge. Crash it, drop it, or submerge it in water, and you’re pretty much SOL, though in some instances, Garmin will replace the device with a new one for $130.

An interface so simple, any smartphone user can use it

Overall, the interface is pretty intuitive, though setting the device up took some time. Thank God for manuals, YouTube, and access to other riders, who helped tremendously as I customized the device and uncovered a host of rich and useful features including Workouts, which let me select from warm-up, interval, recovery, rest, or cool down. Just select a time period, distance, or the number of calories you’d like to burn and pedal away. You can even set a target heart rate.

The DT Accessory Pack

Up your game and the get the most out of your gear with the following extras, hand-picked by our editors:

Shimano Ultegra 6870 Di2 Groupset With Power Kit ($967.50)

Electronic, programmable shifters! The bicycle finally enters the 21st century.

Garmin VIRB Elite HD Camera ($194)

Capture all the action on your next ride.

Garmin Vector S Powermeter Pedals ($951)

The ultimate system to monitor cadence, power, and more.

Smith Optics Overtake MIPS Helmet ($220)

Security for your noggin!

When you’re done riding, upload all of your data to Garmin’s website and analyze a ton of detailed metrics about it – on your computer or on your smartphone via the Garmin Connect app (available for iOS and Android). Average cadence, speed, vertical ascent, heart rate, power, it’s all right there in front of you. And this is what I love most about the Garmin Edge 1000. Without this data, a ride is just a ride. There’s little way to understand when you were able to charge and when you might have bonked; or the relationship between vertical ascent, cadence, and speed; or how you compare to other riders along the same segment.

The Garmin Edge 1000 is a data junkie’s fix that makes you a better rider. It’s a sleek and powerful device with an impressive amount of functionality that almost guarantees to never get you lost. All of this functionality and connectivity comes at a price ($699 for the full bundle), but for riders serious about performance and constant improvement, the Edge 1000 delivers well beyond its price.

Highs

  • Data, data, data!
  • Compact and lightweight
  • Wi-Fi, Ant+, and Bluetooth 4.0 connectivity
  • Easy to use mapping

Lows

  • Lackluster display, compared to most modern phones
  • Riding with maps takes some getting used to
  • Battery life could be better
Eric Pilkington
Former Digital Trends Contributor
For over 20 years, Eric Pilkington has been leading the charge in developing new and innovative approaches to marketing…
Stellantis’ 2027 Dodge Charger Daytona might feature solid-state battery tech
Front three quarter view of the 2024 Dodge Charger Daytona sedan.

The battle to use cheaper, more efficient, and safer EV batteries is heating up among automakers. At the heart of this battle, the development of solid-state battery technology, an alternative to highly flammable and costly lithium batteries, is garnering more and more attention.For proof, Stellantis, the world’s fourth-largest automaker, is betting on the technology for its next generation of electric vehicles. The Netherlands-based company announced that it will launch a demonstration fleet of Dodge Charger Daytona EVs that will feature solid-state battery tech made by U.S. startup Factorial.The demo fleet, expected to launch by 2026, will provide a real-world assessment of Factorial’s technology. Factorial has been partnering with Stellantis since 2021 and is also partnering with the likes of Daimler AG’s Mercedes-Benz and Hyundai.Besides Dodge, the technology would eventually be deployed on the Stellantis STLA Large multi-energy platform, which includes brands such as Jeep, Chrysler, Alfa Romeo, and Maserati.Stellantis said that the integration of solid-state battery technology will yield “improved performance, longer driving ranges, and faster charging times in the coming years.”Factorial, meanwhile, says its technology provides higher energy density, reduced weight, improved performance, and the potential for further reduction in total vehicle cost over time. Stellantis, Daimler, and Hyundai aren’t the only ones to bet on solid-state battery tech. Toyota, the largest automaker in the world, has heavily invested in the technology. It also created a coalition with Nissan and Panasonic to boost its production in Japan. So far, making solid-state batteries has remained an expensive endeavor. But steps such as the Stellantis demo fleet and production at scale by the likes of Factorial are expected to improve manufacturing processes and costs over time.Other automakers, meanwhile, are working on ways to improve lithium batteries. Volkswagen, for one, is developing its own unified battery cell in several European plants as well as one plant in Ontario, Canada.

Read more
Costco partners with Electric Era to bring back EV charging in the U.S.
costco ev charging us electricera fast station 1260x945

Costco, known for its discount gas stations, has left EV drivers in need of juicing up out in the cold for the past 12 years. But that seems about to change now that the big-box retailer is putting its brand name on a DC fast-charging station in Ridgefield, Washington.
After being one of the early pioneers of EV charging in the 1990s, Costco abandoned the offering in 2012 in the U.S.
While opening just one station may seem like a timid move, the speed at which the station was installed -- just seven weeks -- could indicate big plans going forward.
Besides lightening-speed installation, Electric Era, the Seattle-based company making and installing the charging station, promises to offer “hyper-reliable, battery-backed fast charging technology in grid-constrained locations.”
Its stalls can deliver up to 200 kilowatts and come with built-in battery storage, allowing for lower electricity rates and the ability to remain operational even when power grids go down.
If that sounds like it could very well rival Tesla’s SuperCharger network, it’s no coincidence: Quincy Lee, its CEO, is a former SpaceX engineer.
Costco also seems confident enough in the company to have put its brand name on the EV-charging station. Last year, the wholesaler did open a pilot station in Denver, this time partnering with Electrify America, the largest charging network in the U.S. However, Costco did not put its brand name on it.
In an interview with Green Car Reports, Electric Era said it was still in talks with Costco about the opening of new locations. Last year, Costco said it was planning to install fast chargers at 20 locations, without providing further details. It has maintained EV-charging operations in Canada, the UK, Spain, and South Korea.
Meanwhile, the wholesaler’s U.S. EV-charging plans might very well resemble those of rival Walmart, which last year announced it was building its own EV fast-charging network in addition to the arrangements it already had with Electrify America.

Read more
The UK’s Wayve brings its AI automated driving software to U.S. shores
wayve ai automated driving us driver assist2 1920x1152 1

It might seem that the autonomous driving trend is moving at full speed and on its own accord, especially if you live in California.Wayve, a UK startup that has received over $1 billion in funding, is now joining the crowded party by launching on-road testing of its AI learning system on the streets of San Francisco and the Bay Area.The announcement comes just weeks after Tesla unveiled its Robotaxi at the Warner Bros Studios in Burbank, California. It was also in San Francisco that an accident last year forced General Motors’ robotaxi service Cruise to stop its operations. And it’s mostly in California that Waymo, the only functioning robotaxi service in the U.S., first deployed its fleet of self-driving cars. As part of its move, Wayve opened a new office in Silicon Valley to support its U.S. expansion and AI development. Similarly to Tesla’s Full-Self Driving (FSD) software, the company says it’s using AI to provide automakers with a full range of driver assistance and automation features.“We are now testing our AI software in real-world environments across two continents,” said Alex Kendall, Wayve co-founder and CEO.The company has already conducted tests on UK roads since 2018. It received a huge boost earlier this year when it raised over $1 billion in a move led by Softbank and joined by Microsoft and Nvidia. In August, Uber also said it would invest to help the development of Wayve’s technology.Just like Tesla’s FSD, Wayve’s software provides an advanced driver assistance system that still requires driver supervision.Before driverless vehicles can legally hit the road, they must first pass strict safety tests.So far, Waymo’s technology, which relies on pre-mapped roads, sensors, cameras, radar, and lidar (a laser-light radar), is the only of its kind to have received the nod from U.S. regulators.

Read more