Tag Archives: ball head

Basics: Setting Up Your Tripod

Hello folks. I’m not going to get all parochial on you here, but in teaching workshops and rubbing shoulders with other photographers I see lots of people struggling with setting up their tripods – some of them don’t even know that they are struggling. If it makes you feel any better, I once set up my tripod in such a way that it flopped over and snapped a $1400 lens in half. I’ve also witnessed a fellow photographer’s rig topple over, fall on to rocks below and in the process smash his lens to smithereens and create a hole in his camera body. Need more motivation?  Six students had their tripods topple over when shooting at an event where there was gusty wind. None of them had done what we recommend below.

If you’re sure you know how to solidly set up your tripod and how to prevent an expensive catastrophe, well, you probably stopped reading when you saw the title of the article.

Rock Garden - Wide Range

Using a tripod correctly in terrain like this is a valuable (sanity preserving) skill

Still here? There is no substitute for using a sturdy tripod as we described earlier. However an improperly set-up tripod will give you a false sense of security.

Lets be sure we have terminology straight:

Feet: The part of the tripod that touches the ground – the bottom of the legs.
Legs: The (often telescoping) section of the tripod. Legs are made secure using
Leg Locks: which are of two general types: flip locks and screw locks (shown). We prefer the latter.
Leg Pivots: The upper side of the legs attach to the BASE where the legs can be made to pivot inward or outward. Usually there are options for specific pivot angles.
Tripod Base: The leg pivots are on the underside of the base.
Center Column & Center Column lock: If the tripod has an extensible section separate from the legs, it usually fits through the base and has a lock to secure the center column height. Some center columns also have a hook at the bottom (as shown).
Base Plate: The top surface of a center column (or the top surface of a base) to which the head is attached.
Head: The purpose of the head is to allow the camera to rotate and tilt. There are two principle types of heads: ball heads (shown) and pan/tilt heads.
Quick Release Clamp: the upper surface of the head usually has a clamp/plate system to make it easy to mount and unmount a camera. Arca-Swiss is the most popular clamp/plate system.
Quick Release Plate: attach securely to the camera and is held by the QR clamp.
Camera: the reason you have all the preceding stuff.

The Basics

Vertical: Your tripod should be vertical, specifically the center column (if you have one) should point straight up and down. The more vertical, the more stable the tripod is. By vertical, we don’t mean perpendicular to the ground – the ground may be sloping or irregular. The most common mistake people make is to set their tripods up so that it leans toward them.  Before you put your camera on your tripod, walk around the whole thing (safely) to judge the verticality.  You can even use a level (e.g. a smart phone app) against the center column to be sure it is vertical. Some tripods have a bubble level on the base – and some heads have a level on their base – that you can use to be sure your tripod base is level.

Notice tripod in the distance is leaning to the right (click for a bigger view)? That’s wrong!

Level: For many reasons, you want the base to be level (perpendicular to vertical). If your tripod is vertical, the base will be level. A level base makes panning (and thus panoramas) more accurate. If the base isn’t level rotating the camera may change the center of gravity causing wobble – or worse.

Legs: There are two adjustments here: the leg length and the leg spreadDO NOT fully extend the leg lengths – unless you are on flat, level ground. Adjust the legs so the base is level.

  • When on a slope, put two legs on the downhill side of the slope and one leg on the uphill side.
  • Place two legs at the front (that is where the camera is pointing) and one leg toward the rear.

If these two goals conflict, prefer two-legs downhill. A single leg at the front may intrude into a wide-angle shot. Most tripods have adjustable leg spreads. Each leg can form a medium, moderate or severe angle to the base. On irregular terrain, you may find that stability requires setting one or more legs at a different spread and different lengths. E.g. one leg is kept short at 90 degrees to allow that leg to rest on a boulder while the other two are more vertical. In a multi-segment tripod leg, the wider leg segments are more stable than the narrower ones, therefore:

  • Extend the wider leg segments fully before extending the narrower leg segments.

TIP 1: We find the screw-type leg locks to be the most secure and easiest to adjust. What we do is to grasp and loosen all the leg locks at once by a quarter turn. Fully extend all sections. Tighten the top locks fully (and middle locks – if you have 4 segment legs), then loosely tighten the smallest leg locks. When setting the tripod down you can gently push down each of the legs until it is vertical and level, then fully tighten the lower leg locks. Minor fine tuning can be achieved by loosening the upper leg locks.

  • If in windy conditions, set the tripod lower than normal and spread the legs wider. Also weight the system more heavily (see Weight, below).

Center Column (and tripod height): DO NOT extend the tripod fully just because you can. Extend the column as little as needed. The center column is useful for fine-tuning the height of the camera, but it raises the center of gravity and makes your tripod less stable. Likewise making your tripod as tall as possible makes it easier for gusty wind or and inadvertent bump to topple everything.

Tie-Stake Useful in some terrains

Weight: We HIGHLY recommend adding weight to your tripod. Many tripods have hooks on the underside of the base or on the bottom of the center column. We regularly hang our camera bag from that hook. But beware: if your camera bag is too light or bulky, you may end up adding a sail that catches the wind and creates instability. Some people bring weights, or bags they can fill on site with rocks or sand. But there are yet two more tricks you can employ:

  • Hang your camera bag so that it nearly touches the ground (by using a lower tripod position, or a strap between the bag and the tripod). Then place rocks or logs around the bag to keep the bag from swaying. Add heavy things in to the bag if you need more weight.
  • Bring a tie-down stake and a bungee cord. Screw the stake into the ground below your camera and snug the tripod hook to the stake with a bungee cord.


Straps: If you have shoulder or wrist straps on your camera we recommend using removable ones OR use twist ties or velcro wraps to secure the straps to your tripod so the straps do NOT catch the wind (or nearby objects). Shoulder straps can become like sails and even if they don’t catch enough wind to topple your tripod, they can induce vibration. We really like OP/Tech products, by the way. They are well designed and have never failed us.

Tip 2: One way to practice setting up a tripod is to do it indoors. Create un-even scenarios by resting one (or more) of the legs on a chair, wastebasket, etc. Practice getting the legs adjusted in a way that keeps the center column vertical and the base level.


Sailors: Timestack of 114 images during sunset/blue hour in Alabama Hills, California

Safety Checks

After setting up your tripod as described above, you can and should test the stability of your tripod/camera. WHILE HOLDING ON TO THE CAMERA STRAP(s) do each of these checks:

  1. Pull down on each of the legs gently. Make sure they don’t collapse/fold.
  2. After clamping the camera to the head and tensioning the head. Hold the camera snugly and try wriggling the camera out of the clamp. Watch carefully for wobble and hold on securely in case the camera does come out of the clamp.
  3. Hold the camera, release tension on the head and let the camera gently flop. Make sure that when the camera flops the system doesn’t topple.
  4. Leave the camera in its flopped state and rotate 360 degrees checking for wobble.
  5. Repoint the camera, tighten the tension and gently bump the camera. Make sure there is no wobble.
  6. Bump each of the legs. Make sure the legs don’t become dislodged and the spread doesn’t change.
  7. Take one more lap around your camera checking for verticality and possible instability – e.g. a log, tree branch, stick or rock that could bump your tripod.

Is all of the above really necessary? Well, no. You don’t have to do any of that… unless you want to protect your equipment and take nice stable photos.

Here is my son with the tripod legs set wide, and the center column inverted to get the camera low to the ground.Photographer at Work [5_005398]

Want tips on other gear to carry… see this article. Would you like to see all of our best tips in one place? Try this article. Have a great tip on tripods we should know? Please share it in a comment!

Multi Row Panorama Rig

Published: November 23, 2017

We have many articles on panoramas.

The point of this article is to describe the multi-row panorama apparatus I created with off-the-shelf, inexpensive parts from Amazon. The good news is assembly is pretty simple. When you are done you will have a gimbal style mount suitable for taking multi-row panoramas using a modestly sized camera/lens combination. It is important to point out that you need a sturdy tripod and head beneath as the extra top-heaviness will tax a wimpy head or spindly legged tripod. I use the Gitzo mountaineer series tripod – it is lightweight, stable and has served me well for many years. I also have an older (much heavier) aluminum-legged Manfrotto. I have Acratech ball heads on each tripod. Those Acratech heads are really light, and solid. I HIGHLY recommend them.

Multi-Row Panorama Gear in action at Asilomar State Beach, California

What is a Single-Row Panorama (or Vertorama)

A single row panorama is what you get when you take a series of photos left to right (or right to left) – usually in portrait mode to extend the field of view up to 360 degrees. A vertorama is the same idea, except you usually use landscape mode. In either case, the camera needs to be rotate around the “nodal point” or “no parallax” point. The no parallax point is usually found IN the lens, and is thus never where you attach the camera to a tripod.

What is a “Multi-Row” Panorama?

Imagine taking a single row panorama, then repointing up (or down) and taking another single row panorama. Now you have a multi-row shot.

Here is my parts list all purchased from Amazon.

  1.  $19.99 Neewer 200mm Rail Nodal, Quick Release Clamp  [1]
  2.  $28.99 Koolehaoda 360° Panoramic Head  [2] This unit was chosen because all the other possibilities had very long lead times.
  3.  $16.95 Desmond 200mm DLR-2002
  4.  $39.95 Desmond DVC-220 220mm Rail 90° Arca Compatible w Vertical Clamp instead of this 90 degree rail, you can also buy a regular rail (another #3) and a 90 degree clamp.

Total is about $125 USD and weighs just under 2 pounds.

[1] You can get shorter or longer rails. Might as well get the longer one. While it is heavier, you can use it with a longer lens.

[2] If you have an old tripod head, it may have a panning clamp and/or leveling base that you can re-purpose.

Other Items to Consider

  • $430.00 Acratech GPs-s Ballhead with Clamp Ball Head with Arca Clamp. This one is not required, but it’s really good and has the advantage of being usable without a leveling base by using it “upside down”. And yes, it is designed to be used that way, notice how the markings are repeated so that they are visible right side up, and up side down.
  • ($60-$200) L-Bracket (arca swiss) for your particular camera
  • Leveling base.
  • At minimum you will need a bubble level somewhere on the horizontal surface or a means to align the unit perpendicular to the ground.

Assembly and Alignment

Assembly is straight forward. The only tricky part may be securely mounting the Panoramic clamp to the vertical rail. All the rest go together with the built-on clamps.

What If I Do NOT Have My Ball Head Upside Down?

As we show in the video, we have mounted our Acratech GP-s head “upside down”. This allows us to level what was the base using the ball head and then use the rotation of the base as a horizontal panning clamp.  There are several ways you can proceed if you do not, or cannot use your tripod in this way:

  1. If you already have a panning clamp on the top deck of your ball head, level the deck and use the existing panning clamp.
  2. If your ball head has a panning base, you can carefully align the tripod so that the head mount (the deck where your ball head attaches) is level. Then align the clamp so that it is level as well. You can use the panning  base of your ball head. Note this is not easy to get right, but a slight misalignment is usually easy to correct in the stitched photos.
    NOTE: Be sure to check for level-ness through a complete rotation!  Our Acratech Nomad ball head, for example, is not designed to be easily mounted upside down, and this method is what we use.
  3. If your ball head does NOT have a panning base, then you can buy a second panning clamp and attach that to your ball head clamp (or replace your existing clamp with a panning clamp).  WARNING: Not all panning clamps are easily attached to arbitrary ball heads as there is little standardization


Taking and “Stitching” Panoramic Photos

Since we have plenty of material on how to  do this, we will refer you to our prior articles (see the top of this page).

Alternative Hardware

If assembling a multi-row panoramic head from parts is not exciting, there are several pre-built options.

ProMaster GH25K Gimbal Pan Kit

ProMaster GH25K Gimbal Pan Kit

At about  $300 USD, it seems pretty well built. The flaws in the design are:

  • It does not have  a leveling base,
  • While the bottom head (vertical axis) has handy detent stops, the horizontal axis does not.
  • There is no bubble level on the base.

I have not used one, but found and played with one in a local camera store, and saw that is also available online. Like the system we laid out above, do not expect this rig to hold up your 20 pound camera/lens combination. Total weight is about 2 pounds and rated capacity about 7 pounds.


Really Right Stuff Multi-Row Pano Package – PG-01 or PG-02 (the Big One)

There are two units. The PG-01 which is similar to what we custom-built above at a price of $285 USD (at B&H). The other option is a beast. And at $795 USD (from B&H) is not cheap, nor complete. You may still need a leveling base. There are many options available, too, including a gimbal cradle. Check out the possible configurations at the Really Right Stuff website (though when we last checked the units were on back-order).

PG-01 for smaller cameras (non telephoto lenses)

You will also need a nodal rail to pair with the above. There are no detent stops for this, and as with others, you’ll need to level your base to use this.  (There is also an option that includes a leveling base for about $290). One reviewer reported that he had trouble keeping his moderately heavy camera from slouching down on the vertical arm. There does not appear to be a bubble level on the horizontal bar as there is on the larger model.  The version with the built-in leveling base clearly does have a bubble level. There are no detents to set up fixed rotational amounts. Note that the vertical rotational axis clamp is located under where your camera would be and might be inconveniently located.Total weight is about 1.3 pounds with the two pieces plus a nodal rail.


The Really Right Stuff PG-02 Panorama Kit (from B&H)


As with all Really Right Stuff gear, there is some seriously thoughtful design and overbuilding here. It is beefy with big easy to find knobs, great clamps and little touches like the target on the center of the rotational axis. Why is that a good idea? If you align the bulls-eye target in the center of your image (see our video), you have the correct location for multi-row panoramas (provided the set back is correct). You may still need a leveling base (though might be able to use the bubble level at the right edge). You can replace your current head with this unit and have full mobility, otherwise you’ll need a plate to mount the unit to your ball head.  All that great design costs money though: about $795 and up. Weight is about 3.3 pounds.