sitinshade.com

SunSeat is the idea of choosing a seat that keeps you out of direct sun for as much of a trip as possible. Sit In Shade (sitinshade.com) is a planning tool built around that idea: you give it a date, time, duration, and timezone, and it uses that information to work out where the sun will be along your route so you can compare seat options before you board. It is a planning aid, not a guarantee — real shade depends on the vehicle, window tint, and how the light actually falls inside.

How Sit In Shade turns your trip into a seat recommendation

The tool's job is to connect three things: when you are traveling, where you are traveling, and how long the trip lasts. From the date and time it can estimate the sun's position in the sky; from your location and route it can estimate which side of the vehicle the sun will be on as you move.

The page presents a single form with these fields:

• Date
• Time
• Estimate Duration and Duration
• Use Current Time
• Use Current Location
• Timezone — a full list from (UTC-12:00) through (UTC+13:00)
• Submit

Once submitted, the result is meant to help you judge which seats stay shaded and which sit in the sun — the basis for comparing a window seat on one side against a window seat on the other.

What you actually provide

You do not need an account or a saved profile based on the page. You fill in the trip details directly:

1. Pick a date and time — either type them in or use Use Current Time if you are planning around departure right now.
2. Set your location — enter it, or use Use Current Location to let the tool take it from your device.
3. Choose the timezone that matches the trip, since the sun's position depends on local time. The dropdown covers offsets from UTC-12:00 to UTC+13:00, including half- and quarter-hour zones such as (UTC+05:30) and (UTC+05:45).
4. Enter the duration so the tool knows how long the sun exposure window is.
5. Submit to generate the result.

The page also offers Add To Homescreen, which saves it as a shortcut on your device for repeat use.

How the result helps you compare seats

The output is a way to reason about seat choice rather than a fixed answer. On a bus, train, or plane:

• If the sun is on the left side of travel for most of the trip, seats on the right are the better bet.
• If the sun crosses from one side to the other as the route bends or the day advances, no single seat stays shaded the whole way — the tool helps you see which side is exposed for longer.
• On a plane, the same logic applies to which side of the cabin faces the sun, though the effect is filtered through the window and cabin.

This is why the route and duration matter as much as the time: a short trip may sit entirely in one sun condition, while a long one can shift.

Limits to keep in mind

Sit In Shade estimates sun exposure from date, time, timezone, and route. It cannot see inside your vehicle. Actual shade varies with:

• Vehicle type — a bus with large windows behaves differently from a train or a plane.
• Window tint and curtains — heavy tint or a drawn shade changes the real exposure.
• Seat position within the row — aisle versus window, and how far back you sit.
• Weather and cloud cover, which the tool does not account for.

Treat the recommendation as a strong starting point for choosing a side or a seat, then adjust for what you find on board.

To pick the shadiest seat, you need three things: the date and time of travel, the direction your vehicle will be heading, and the position of the sun at that moment. Sit In Shade is built around exactly this problem — its page describes finding "the best seat to minimize sun exposure while traveling" and provides "real-time sun exposure data and route visualization." You enter a date, time, estimated duration, and timezone (or use the current time and current location), then read the result to decide which side of the vehicle to sit on. This works best for long, roughly straight routes where the heading stays consistent; on winding routes or multi-leg trips, treat the result as a starting point and re-check as the direction changes.

What the tool asks you to provide

The Sit In Shade interface collects a small set of inputs before it can estimate sun exposure:

• Date — the day you're traveling, since the sun's path shifts with the season.
• Time — your departure time, or the moment you want to evaluate.
• Estimate Duration — how long the trip will take, so the tool can account for the sun moving during the journey.
• Timezone — a dropdown covering offsets from UTC-12:00 through UTC+13:00, including half- and quarter-hour zones such as UTC+05:30 and UTC+05:45.
• Use Current Time and Use Current Location — shortcuts that fill in the date, time, and location for you instead of typing them manually.

After submitting, the tool returns sun exposure information tied to your route, which you use to choose a side.

How to choose a side, step by step

1. Enter your trip details. Set the date, departure time, and estimated duration. If you're planning right before you leave, tap Use Current Time and Use Current Location to skip manual entry.
2. Confirm the timezone. Pick the offset that matches where you'll actually be traveling, not necessarily where you are now. A wrong timezone shifts the sun's position and can flip your answer.
3. Submit and read the route result. The tool shows sun exposure data and a visual route map, so you can see which segments of the trip are sunlit and from which side.
4. Match the result to a seat. If the sun is coming through the left windows for most of the trip, sit on the right, and vice versa.
5. Re-check for long trips. Because you entered a duration, the tool accounts for the sun moving. On a multi-hour journey, the sunny side can change — for example, a morning trip heading east may start with sun on one side and shift as the sun climbs.

Why direction and time matter more than intuition

The sun rises in the east and sets in the west, so the side that gets glare depends on both your heading and the hour:

This is a simplified guide. The tool's value is that it computes the actual sun position for your specific date, time, and route rather than relying on rules of thumb, and its route visualization shows where along the journey the exposure occurs.

Verifying your choice and handling edge cases

• Use the visual route map to confirm that the side you picked stays shaded for most of the trip, not just at departure.
• Watch sunrise and sunset windows. Near these times the sun is low and can shine almost directly into a window, so glare can be worse even when the sun is "behind" you.
• If you can't change seats, plan backup protection: a sunshade for the window, a hat, or sunscreen. The tool helps you choose, but it can't control seating availability.
• If the sun data seems unclear or the route is complex, fall back on the general direction-and-time logic above and adjust once you're moving and can see where the light actually falls.

A practical example

Suppose you're taking a four-hour afternoon train heading west, departing at 3:00 PM. You enter the date, 3:00 PM, a four-hour duration, and the correct timezone. The tool shows sun exposure along the route and a map of where the sun hits. Because you're heading west in the afternoon, the sun is ahead and to your left, so the left side is likely sunnier — you'd choose a seat on the right. As the trip continues toward evening, the sun drops lower and the glare angle changes, which the duration input helps capture.

What this approach does and doesn't solve

Sit In Shade is designed to minimize sun exposure through seat selection, using real-time sun data and route visualization. It's most reliable for straightforward trips with a consistent heading. It won't tell you whether seats are available, and it can't account for tinted windows, curtains, or cloud cover. Use it to make an informed seat choice, then stay flexible — and keep sun protection on hand for the parts of the trip you can't control.

Pick the seat on the side of the vehicle that faces away from the sun for the hours you'll actually be traveling. In the northern hemisphere, that usually means the left side in the morning and the right side in the afternoon when heading east or west, but the exact answer depends on your departure time, route direction, timezone, and how long you're moving. Sit In Shade is built for exactly this: you enter a date, time, duration, and timezone (or use current time and location), and it returns sun exposure data and a visual route map so you can see which side of the vehicle stays shaded.

The core rule: sun side vs. shade side

The sun moves from east to west across the sky. A vehicle window on the same side as the sun takes direct light; the opposite side gets shade from the vehicle body. So the first question is always: where is the sun relative to my direction of travel?

This is a starting heuristic, not a guarantee. Latitude, season, and the exact compass bearing of your route shift the answer, which is why a route-based tool is more reliable than a rule of thumb.

Using Sit In Shade to check your specific trip

Sit In Shade's page presents a form with these inputs: Date, Time, Estimate Duration, Duration, Use Current Time, Use Current Location, and Timezone (a full UTC−12:00 to UTC+13:00 list), followed by a Submit button. The output is real-time sun exposure data and a visual route map.

Step by step:

1. Set the date and time to your actual departure, or click Use Current Time if you're leaving now.
2. Set the timezone to the one you'll be traveling in — this matters most on long trips that cross zones, because the sun angle at "3 PM" differs by region.
3. Enter the duration (or use Estimate Duration to let the tool approximate it).
4. Use Current Location or enter your route so the tool knows your path and bearing.
5. Submit and read the route map: look for where the sun exposure changes along the way, not just at the start.
6. Pick the seat on the shaded side for the longest stretch of your trip, and note any point where the shaded side flips.

The value of the map view is that it shows change over the route. On a long east–west trip the sun side can switch from one window to the other as the day progresses, so a seat that's shaded at departure may not stay shaded.

Matching the seat to the vehicle and layout

Once you know which side is shaded, translate that into an actual seat:

• Window vs. aisle: The aisle seat avoids direct side-window sun almost entirely. If you can't get the shaded window, take the aisle on the sunny side rather than the window.
• Front vs. back: On buses and trains, front rows often have larger, more vertical windows and less overhang, so they can take more direct sun. Rear rows sometimes sit under a deeper curve of the body or behind a bulkhead that blocks low-angle light.
• Window size and shape: A small, high window admits less low-angle sun than a large panoramic one. This is why the same compass side can feel very different between a plane and a coach.
• Built-in shades: Many trains and coaches have pull-down blinds; aircraft windows have shades. A shaded window on the sunny side can beat an unshaded window on the "correct" side.

Plan for the sun changing during the trip

A single seat choice is rarely optimal for a multi-hour journey. Two practical moves:

• Check the route map before you go and identify roughly when the shaded side flips. If the flip happens early, choose the side that's shaded for the majority of your travel time.
• Switch seats mid-trip if you can. On trains and buses with open seating, moving across the aisle after the flip is the simplest fix. On a plane, ask about an empty seat on the other side once boarding is complete.

Backup measures when you can't move

Sometimes the shaded seat is taken, or you're locked into an assignment. Layer these:

• Pull the window shade on the sunny side where one exists.
• Wear a hat with a brim and sunglasses; a wide brim blocks low-angle light that comes in under a shade.
• Use sunscreen on the exposed side of your face, neck, and arm — window glass reduces but does not eliminate UV exposure over long periods.
• Drape a jacket or scarf over the window edge to cut glare and direct light.
• On very long trips, rotate your body slightly away from the window and keep the exposed side covered.

Quick decision checklist

1. Note your departure time, timezone, and route direction.
2. Run the trip through Sit In Shade and read the route map for the shaded side.
3. Choose the shaded window, or the aisle on the sunny side if the window is unavailable.
4. Check whether the shaded side flips during the trip; if it does, plan to switch or accept the majority-shade side.
5. Pack a hat, sunglasses, and sunscreen as a fallback for when the seat doesn't cooperate.

Sit In Shade is a web tool that estimates sun exposure along a trip and points you toward the seat most likely to stay in shade. It's useful if you're sun-sensitive, traveling with kids, or just want to avoid glare on a long journey. You give it a date, time, duration, and timezone (or use your current time and location), and it returns sun exposure data plus a visual route map so you can pick a seat before you board.

The problem it solves

On a bus, train, or car, one side of the vehicle can sit in direct sun for hours while the other stays shaded — and the sunny side often switches as the route bends or the direction changes. Guessing from the window before you sit down is unreliable. Sit In Shade turns that guess into a route-based estimate, so seat choice becomes a decision you can make with information rather than luck.

What you enter and why each input matters

The tool's form asks for a small set of inputs, each of which changes the result:

If you're unsure of the timezone, the dropdown lists offsets from UTC-12:00 through UTC+13:00, including half- and quarter-hour zones like UTC+05:30 and UTC+05:45.

How to use it

1. Open Sit In Shade and fill in the date, time, and estimated duration of your trip.
2. Set the timezone, or tap Use Current Time and Use Current Location to populate those fields automatically.
3. Submit the form.
4. Read the results: the tool provides real-time sun exposure data and a visual route map showing how sun hits the route over your travel window.
5. Use the recommended seat and the route visualization together to choose where to sit.

The expected result is a seat recommendation backed by a sun-exposure estimate for your specific trip, not a generic "sit on the left" rule.

Reading the recommendation

The seat suggestion is only as good as the trip you described, so treat the route map as the more informative part: it shows where along the journey sun exposure rises or falls. If your trip is long, check whether the recommended side stays shaded for the whole duration or only part of it — that's where the duration input earns its keep.

Limitations to keep in mind

• Weather isn't the same as sun position. The tool estimates sun exposure from date, time, and location; clouds, rain, and haze can reduce actual exposure on the day.
• Vehicle orientation can differ from the route. A train that reverses direction, a bus that takes a detour, or a seat facing backward can change which side actually gets sun.
• Your exact seat matters. Window vs. aisle, and how far forward or back you sit, affects how much sun reaches you even on the "shaded" side.
• Estimates, not guarantees. Use the result as a strong starting point for seat selection, then adjust once you're aboard.

When it's worth using

Sit In Shade is most valuable for long trips where you can choose your seat in advance — intercity buses, trains, and road trips — and for anyone who wants to limit sun exposure for comfort or skin protection. For a short hop where you can just move seats, the estimate adds little. For a multi-hour journey where switching seats isn't an option, it's the difference between planning ahead and spending the trip in glare.