Streaming promised to simplify television. Then every network launched its own app, every app invented a new subscription tier, and suddenly watching one football game required the budgeting skills of a municipal treasurer. The ClearStream Horizon antenna offers a refreshingly old-school alternative: capture local broadcast television from the air and watch it without adding another monthly bill.
Made by Antennas Direct, the ClearStream Horizon is an amplified indoor TV antenna designed to resemble a slim soundbar rather than a science-fair project. It receives UHF and high-VHF television signals, can sit on a media console or mount on a wall, and includes a switchable amplifier for situations in which incoming signals need extra help. The manufacturer rates it for reception from towers more than 60 miles away, although actual performance depends heavily on terrain, building materials, tower power, antenna height, and local interference.
In the right home, the Horizon can provide major networks, local news, weather, sports, public television, Spanish-language programming, classic-TV subchannels, and other free over-the-air channels. It will not magically summon every station in America, but it can make network TV feel surprisingly modernand pleasantly free.
What Is the ClearStream Horizon Antenna?
The ClearStream Horizon is a low-profile indoor HDTV antenna measuring roughly 23 inches wide and 5 inches tall. Its horizontal shape allows it to blend into a home theater setup more naturally than many square or leaf-style antennas. A kickstand supports tabletop placement, while included screws and anchors allow wall mounting.
The package includes the antenna with an attached 10-foot coaxial cable, a kickstand, wall-mounting hardware, and a Jolt Switch 18 dB in-line amplifier with its own coaxial connection and 6-foot USB power cable. The amplifier can draw power from a television’s USB port. A standard USB wall adapter can also be used when the TV lacks a suitable powered port, although that adapter may need to be purchased separately.
Antenna reception from the front and back
The Horizon uses multidirectional elements intended to receive signals from both the front and back. That design can be useful in metropolitan areas where television transmitters are not grouped in precisely the same direction. “Multidirectional,” however, does not mean placement is irrelevant. Turning or moving the antenna by several inches can still determine whether a marginal channel appears perfectly or dissolves into digital confetti.
Support for UHF and high-VHF broadcasts
The antenna covers UHF and high-VHF frequencies, corresponding generally to real broadcast channels 7 through 37. A station branded as “Channel 4” may actually transmit on a different physical frequency, so the number shown in the station logo does not always tell you whether it uses VHF or UHF. Local signal tools are more reliable than guessing from the virtual channel number.
How the Horizon Can Improve Network TV
A well-positioned ClearStream Horizon can deliver local stations without relying on cable, satellite service, or home internet. Available channels vary by market, but viewers may receive affiliates of ABC, CBS, NBC, Fox, PBS, The CW, Univision, Telemundo, and numerous digital subchannels.
Over-the-air TV is particularly valuable during major news events, local emergencies, election coverage, award shows, and live sports. Streaming services may impose delays, blackouts, account restrictions, or changing channel packages. An antenna provides a direct broadcast connection when a local station is available and the signal reaching the home is strong enough.
Picture quality can also be excellent. Digital OTA reception does not gradually become snowy like analog television. A sufficient signal normally produces a clean picture and sound; a marginal signal may freeze, pixelate, or disappear. This abrupt threshold is often called the digital cliff. The goal is therefore not merely to detect a channel during setup, but to maintain enough signal margin for stable viewing when weather and indoor conditions change.
The Truth About the 60-Plus-Mile Range
The Horizon carries a manufacturer range rating of more than 60 miles, but antenna range is not a guaranteed coverage radius. Television signals do not travel through every hill, office tower, metal roof, and concrete wall simply because the product packaging has spoken.
Independent testing found that the Horizon performed well in an area with good-to-moderate signals. In one location, moving it from the bottom of a window to a higher wall position strengthened reception and added another distant station. The test also showed that a competing amplified antenna picked up slightly more channels in one position, illustrating why no indoor antenna wins in every building.
Reception can be affected by:
- Distance from each broadcast tower
- Hills, valleys, trees, and nearby buildings
- Concrete, brick, stucco, metal siding, and radiant barriers
- Low-E windows containing metallic coatings
- The antenna’s height and orientation
- Coaxial cable length, splitters, and loose connectors
- Electrical, cellular, and FM interference
Before buying or permanently mounting an antenna, use a signal-prediction service such as the FCC DTV Reception Maps or AntennaWeb. These tools estimate available stations, signal strength, transmitter direction, distance, and broadcast band. Predictions are not promises, but they are far more useful than selecting an antenna according to whichever box contains the largest number.
When to Turn On the Jolt Switch Amplifier
The Jolt Switch is one of the Horizon’s most practical features because it allows amplification to be enabled or bypassed without rebuilding the setup. When switched on, it provides up to 18 dB of gain to compensate for weaker signals and losses in the cable between the antenna and tuner. When switched off, the signal bypasses amplification while filtering remains active.
An amplifier cannot manufacture a television signal that the antenna failed to capture. It strengthens the signal and noise already present. This can help when reception is borderline, but it can also make matters worse when strong local stations overload the television tuner.
Use amplification when:
Try the amplifier when towers are moderately distant, a desirable station freezes occasionally, the coaxial run creates noticeable loss, or the unamplified signal is nearly stable but not quite reliable.
Bypass amplification when:
Turn the amplifier off when towers are nearby, strong stations become distorted or disappear with amplification enabled, or the channel scan produces worse results after boosting the signal. Consumer testing and reception guidance consistently warn that amplified antennas are not automatically superior because they can amplify noise and overload as well as useful signals.
The sensible method is gloriously unglamorous: test both settings. Keep the one that produces the most stable versions of the channels you actually watch, not merely the highest total channel count. Forty shopping channels and a frozen NBC affiliate is not victory.
How to Install the ClearStream Horizon
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Locate your television towers.
Use an antenna prediction map or tower-locator app to identify the directions, distances, and frequencies of nearby stations. -
Test before drilling.
Connect the antenna temporarily and try several positions before installing wall anchors. The official instructions specifically recommend testing reception first. -
Connect the coaxial cable.
Attach the Horizon’s cable to the Jolt Switch amplifier, then connect the amplifier output to the antenna input on the TV or converter box. -
Provide USB power.
Connect the amplifier’s USB cable to a powered USB port on the television or to an appropriate USB wall adapter. -
Select antenna mode.
Open the television settings and change the tuner source from “Cable” to “Antenna,” “Air,” or “Broadcast.” -
Run a full channel scan.
The TV must scan for digital stations before they appear in the channel list. -
Compare amplifier settings.
Test the same important channels with the Jolt Switch on and off. -
Move, rescan, and repeat.
Every time the antenna is relocated significantly, perform another scan. The best spot may not be the prettiest spottelevision signals are terrible interior decorators.
The FCC recommends rescanning periodically because stations can change frequencies or add new subchannels. Rescanning does not require a new antenna; it simply tells the television tuner to rebuild its list of available broadcasts.
Finding the Best Indoor Antenna Position
Height is usually the first variable to test. A higher position can reduce the number of household objects and structural materials blocking the signal path. An upstairs room or elevated exterior-facing wall may perform better than a media cabinet near the floor.
A window facing the towers can be useful, but modern energy-efficient windows sometimes contain metallic films that weaken broadcast signals. If reception becomes worse against the glass, try the adjacent wall. Drywall is often more signal-friendly than coated glass, concrete, stone, or metal-backed insulation.
Keep the Horizon away from large metal objects, Wi-Fi equipment, computers, LED power supplies, and densely packed cables when possible. Move it in small increments, pausing to check signal quality on weak channels. A shift of six inches can matter more than an enthusiastic speech about premium antenna engineering.
Does the ClearStream Horizon Work With NEXTGEN TV?
The Horizon can receive broadcast frequencies used for both current digital television and NEXTGEN TV, also known as ATSC 3.0. Independent testing successfully received a local ATSC 3.0 broadcast with the antenna. However, NEXTGEN TV compatibility ultimately depends on the tuner in the television or external receivernot on a special category of “4K antenna.”
ATSC 3.0 is designed to support more efficient video compression, improved reception options, enhanced audio, accessibility features, interactivity, and potential 4K or HDR broadcasts. A standard TV antenna can capture the radio-frequency signal, but an ATSC 3.0-compatible television or tuner is required to decode NEXTGEN programming. Owning the Horizon does not automatically upgrade an older ATSC 1.0 television into a NEXTGEN receiver.
Who Should Consider the ClearStream Horizon?
The Horizon is best suited to viewers in urban and suburban locations who want a discreet indoor antenna with better furniture manners than rabbit ears. It is especially appealing when the major transmitters are within a realistic indoor-antenna distance and positioned in one general area or on opposite sides that match the antenna’s front-and-back reception pattern.
It may also work well for renters who cannot install an attic or roof antenna, secondary televisions that do not justify another paid connection, guest rooms, apartments, dorm-style spaces, and emergency backup viewing.
It is less likely to be the right choice for deeply rural homes, properties behind major terrain barriers, houses with metal roofing or radiant barriers, or locations where desired stations use low-VHF frequencies. In those situations, a larger attic or outdoor antenna selected for the local bands may deliver considerably better results.
Real-World Experience: What Using the Horizon Can Feel Like
The following is an illustrative household scenario based on documented setup behavior and common user experiences, rather than a claimed personal laboratory test.
Imagine a suburban living room about 25 to 35 miles from the city’s main broadcast towers. The television is mounted on an interior wall, the router is nearby, and the homeowner’s previous bargain antenna receives several channelsas long as nobody walks past it, closes a curtain, or thinks negatively in its direction.
The ClearStream Horizon arrives looking more like a compact speaker than an antenna. That is its first practical victory. It can sit below the television on the included kickstand without making the room resemble a radio repair shop. Connecting it takes only a few minutes: coax to the Jolt Switch, amplifier to the television, USB cable for power, and then a full channel scan.
The first position, directly beside the television, produces a respectable channel list. The strongest network affiliates are sharp, but one station freezes during fast motion and another does not appear. Turning on the amplifier helps the weaker station, yet a powerful nearby channel begins behaving strangely. The lesson arrives early: “more signal” and “better signal” are not identical twins.
The antenna is then moved four feet higher and closer to an exterior wall facing the tower cluster. After another scan, the missing station appears. The weak network affiliate becomes stable enough to watch an evening newscast without the anchor’s face turning into a mosaic. The amplifier remains useful in this position, although another house closer to the towers might achieve better results with it switched off.
During the next few days, the real value becomes clearer. Local morning news plays immediately without opening an app. PBS appears with several educational subchannels. A major sporting event arrives through a local network affiliate without consuming internet bandwidth. When the home’s broadband connection briefly fails, broadcast television continues working, which feels oddly futuristic for technology based on catching radio waves from the sky.
There are limitations. A station transmitted from a different direction may remain inconsistent. Reception can change when heavy foliage, traffic, atmospheric conditions, or people moving around the room alter a marginal signal path. The 10-foot attached cable provides useful placement freedom, but a perfect location on the opposite side of the room may require a longer coaxial arrangement.
The Horizon’s appearance also influences the experience more than expected. A high-performance antenna that gets hidden behind a television or shoved into a cabinet cannot perform properly. Because this model looks relatively clean on a wall or console, households may be more willing to place it where signals are strongest. In antenna reception, domestic diplomacy is an underrated technical specification.
After the experimentation is finished, daily use becomes simple. There is no app to update, no account password to reset, and no monthly antenna invoice arriving with a mysteriously creative fee. Turn on the television, select a channel, and watch. That simplicity is ultimately the ClearStream Horizon’s strongest argument.
Final Verdict
The ClearStream Horizon combines capable indoor reception, a living-room-friendly design, UHF and high-VHF coverage, flexible mounting, and a switchable 18 dB amplifier. It cannot defeat mountains, metal walls, or physics, but it gives urban and suburban cord-cutters a practical way to improve free network TV without displaying a nest of telescoping rods.
Success depends on doing a little homework: check local transmitter data, test several positions, scan after moving the antenna, and compare reception with the amplifier both on and off. When local signals cooperate, the result can be crisp network television, useful subchannels, live news, sports, and emergency coverage without another recurring subscription.
Note: The ClearStream Horizon is an older model and may no longer be stocked by every major retailer. The former official product address now redirects to the manufacturer’s broader antenna catalog, while Lowe’s lists the model as no longer sold through its website. When purchasing remaining, refurbished, or secondhand inventory, confirm that the kickstand, Jolt Switch amplifier, USB power cable, attached coaxial cable, and mounting hardware are included.
