Included
- Matching unit
- Two 60 ft antenna wires
- Guide-listed attachment and storage hardware
Portable broadband HF wire system
A two-wire portable system for four documented field geometries.
Built for a real operating goal
Get four useful HF wire layouts from one lighter portable system
CHA TD Lite 2.0 gives a field operator two 60-foot wires and a compact matching unit that can become an inverted V, horizontal dipole, sloper, or inverted L.
Choose the geometry that fits the available supports and communication goal, then preserve the guide-defined radiator and counterpoise roles for the unbalanced layouts. It is the lighter, non-terminated TD option for operators prepared to use a tuner where the completed installation requires one.
- Frequency1.8–54 MHz; tuner required on most frequencies and configurations
- Power500 W PEP SSB, 250 W CW, 100 W continuous modes
- Typical SWRLess than 3:1
- RadiatorsTwo 60 ft antenna wires
Picture the setup before you buy
See how this antenna works in the field
This official installation reference makes the antenna’s footprint, component order, and deployment style easier to understand at a glance.
Complete product reference
Key specifications
- Frequency
- 1.8–54 MHz; tuner required on most frequencies and configurations
- Power
- 500 W PEP SSB, 250 W CW, 100 W continuous modes
- Typical SWR
- Less than 3:1
- Radiators
- Two 60 ft antenna wires
- Water resistance
- IPX4 equivalent, not laboratory tested
- Setup
- One operator, typically under 15 minutes for sloping or inverted-V use
Know the complete setup before you transmit
Included equipment and documented configurations
Documented configurations
- Inverted-V
- Horizontal dipole
- Sloping wire
- Inverted-L
- For sloper or inverted-L, one wire is the radiator and approximately 25 ft of the other is the counterpoise
Configuration boundary: Do not borrow TD 2.0 resistor topology or power claims. Coax, paracord, stakes, and supports are not included unless the selected store option explicitly lists them.
Coverage & Pattern
See the reviewed 2D and interactive 3D patterns
Use only a model that matches this exact antenna configuration, band, height, ground, feed, and RF return. The normalized simulations do not establish installed SWR, efficiency, realized gain, range, tuning, loss, or field performance.
