Meteor65, a leading 1S whoop WINTER TIME drone. It's equipped with the BT2.0 connector, lightest F4 1S FC and 0802SE 19500KV motors. With the stronger and powerful dynamical system, you’ll immediately notice how fantastic the 22.84g Meteor racer is at takeoff. It feels amazing as you hover around indoors, then let it rip and haul around the house!
What's more, Meteor65 comes back on 30th March as a kit, it is with abundant accessories of 2 lipo batteries, a BT2.0 charger & tester, extra 1 set of props, 1 screwdriver and a portable bag. It is easy to use and at a reasonable price! Also, the camera angle has been adjusted to 30°, which brings you a greater flying experience!
ELRS 2.4G Version
ExpressLRS is the most popular radio link in 2021. ExpressLRS aims to achieve the best possible link performance in both speeds, latency, and range. Know more about the ExpressLRS project on Github or join the discussion in the Facebook Group.
In order to meet the FPV polit's requirement for ELRS whoop drones, the ELRS 2.4G version Meteor65 is here. Comparison with the SPI Frsky version, what is the upgrade point on the new ELRS 2.4G version drone?
The performance of a 65mm 1S brushless drone has gone up a new level this winter. What is your exception for this drone? Aggressive power and faster speed, or longer flying time? Here is the comparison of different motors.
Meteor65 is the first generation whoop drone powered by a brand-new BT2.0 1S battery. The BT2.0 connector effectively decreases internal connector resistance for a much better discharge performance compared with the initial PH2.0 connector.
Flight controller pre-soldered the BT2.0 cable, which can provide a more stable and powerful 9A continuous current and 15A burst.
For minimizing weight and optimal performance, it applies the perfect lightest combo with F4 1S AIO FC and C02 camera.
By using the latest 0802SE 19500KV motors and 31mm 3-blade props, this kit provides you a completely different experience of a powerful indoor flight.
Meteor65 lower profile frame is reduced 0.75g to 3.08g only. The battery slot is closer to the center of gravity for a smoother flying experience, and you will land on the motor screws instead of the battery.
The package comes with 2 lipo batteries, a BT2.0 charger & tester, an extra 1 set of props, 1 screwdriver, and a portable bag. Meanwhile, we have also released a BT2.0 Battery charger for your needs.
BETAFPV exclusive designed BT2.0 connector has broken through the bottle-neck of PH2.0 connector. BT2.0 connector has decreased internal resistance of connector effectively allowing more current to be transferred, which means it supports 9A continuous current (15A burst). This means stronger power and longer flight time on 1S brushless drones while PH2.0 just supports 4.5A. You can enjoy more flight time without disturb of low voltage warning due to reducing voltage sag. For more instruction, click here.
See the graph below of comparing the BT2.0 connector and PH2.0 connector (solid pin version) in BETAFPV 1S 300mAh battery. The discharge current is 9A in this test. The BT2.0 has double the time (about 2 minutes) and a 0.2v improvement in voltage sag.
Not sure if it's worth to switch BT2.0? Check more from Joshua Bardwell'video- Proof that BT2.0 connector is better than PH 2.0
F4 1S AIO FC(SPI Rx) integrates 4 components as F411 FC, 5A ESC, 25mW VTX and SPI receiver. It is ultralight only 3.92g and still maintains an amazing performance capability, which makes it become your best choice to run with a 1S brushless quad!
F4 1S AIO FC(No Rx) integrates 3 components as F411 FC, 5A ESC and 25mW VTX. It supports external receivers like TBS Crossfire, Frsky XM+ and Spectrum DSMX etc.
In this quad, the Frsky & Futaba Version is equipped with F4 1S AIO FC(SPI Rx), and the TBS & PNP Version is equipped with F4 1S AIO FC(No Rx) with an external Receiver.
C02 Camerais the lightweight camera customized for the weight-sensitive micro whoop drones, perfectly fits the Meteor65. Adapted a 1/4'' CMOS sensor, 2.1mm lens for 1200TVL resolution and excellent latency while minimizing the weight to 1.4g. Packed with the micro canopy, protect your camera well in a hard crash.
0802SE 19500KV Motor is a lightweight 1S motor, compared with the 0802 series brushless motors, it is not only significantly reduced the weight which is only 1.83g/pc but also ensuring the awesome performance of power and thrust. Lead wire soldered to the PCB, which allows you to repair it easier once it disconnected.
And the Racing version of Meteor65 is using the 080222000KV motors, which uses a ball bearing instead of brass bushings, and PCB connector. More durable and easier to repair once disconnected.
The lightest lower profile 65mm frame- Meteor65 frame is reduced 0.75g to 3.14g only. The battery slot is closer to the center of gravity for a smoother flying experience, and you will land on the motor screws instead of the battery. There are more options for colorful frames such as Beta-blue, mint-green, sakura-pink, mango-orange, etc.
Cli Dump of Meteor65 Whoop Quadcopter (Click here to find the details, excluding the ELRS version).
Note: Now the default flight controller firmware for the Meteor65 ELRS version is updated to Betaflight V4.3.0 RC6, which supports ELRS V2.0. For the ERLS V1.0 version, if you need to update it for supporting ERLS V2.0, please refer to the link below.
There are two ways to bind with the receiver, as shown below
Put the receiver into bind mode using any of these steps:
"Bind" button in the Betaflight Configurator, Receiver Page (if can't be found,updatethe Betaflight firmware).
Using the CLI, type inBIND_RX and press enter once.
Using the CLI, type inset expresslrs_uid = 0, press enter once, then save and reboot
Press the bind button on the flight controller.
After the receiver enters the binding state, the receiver indicator on the FC will flash quickly.
At this time, executeERLS.Luain the remote control, and then press the BIND button. You can also press the bind button on the remote control or TX module to make TX enter the bind mode. RX and TX will now complete the binding.
Please pay attention to the sequence of binding steps. First make RX enter binding mode and then TX.